diff --git a/test_db.sql b/test_db.sql
new file mode 100644
index 0000000..93a9724
--- /dev/null
+++ b/test_db.sql
@@ -0,0 +1,20870 @@
+/*M!999999\- enable the sandbox mode */ 
+-- MariaDB dump 10.19-11.5.2-MariaDB, for osx10.18 (x86_64)
+--
+-- Host: localhost    Database: materials
+-- ------------------------------------------------------
+-- Server version	11.5.2-MariaDB
+
+/*!40101 SET @OLD_CHARACTER_SET_CLIENT=@@CHARACTER_SET_CLIENT */;
+/*!40101 SET @OLD_CHARACTER_SET_RESULTS=@@CHARACTER_SET_RESULTS */;
+/*!40101 SET @OLD_COLLATION_CONNECTION=@@COLLATION_CONNECTION */;
+/*!40101 SET NAMES utf8mb4 */;
+/*!40103 SET @OLD_TIME_ZONE=@@TIME_ZONE */;
+/*!40103 SET TIME_ZONE='+00:00' */;
+/*!40014 SET @OLD_UNIQUE_CHECKS=@@UNIQUE_CHECKS, UNIQUE_CHECKS=0 */;
+/*!40014 SET @OLD_FOREIGN_KEY_CHECKS=@@FOREIGN_KEY_CHECKS, FOREIGN_KEY_CHECKS=0 */;
+/*!40101 SET @OLD_SQL_MODE=@@SQL_MODE, SQL_MODE='NO_AUTO_VALUE_ON_ZERO' */;
+/*M!100616 SET @OLD_NOTE_VERBOSITY=@@NOTE_VERBOSITY, NOTE_VERBOSITY=0 */;
+
+--
+-- Table structure for table `accounts_userprofile`
+--
+
+DROP TABLE IF EXISTS `accounts_userprofile`;
+/*!40101 SET @saved_cs_client     = @@character_set_client */;
+/*!40101 SET character_set_client = utf8 */;
+CREATE TABLE `accounts_userprofile` (
+  `id` int(11) NOT NULL AUTO_INCREMENT,
+  `description` varchar(200) NOT NULL,
+  `institution` varchar(200) NOT NULL,
+  `website` varchar(200) NOT NULL,
+  `user_id` int(11) NOT NULL,
+  `image` varchar(100) NOT NULL,
+  PRIMARY KEY (`id`),
+  UNIQUE KEY `user_id` (`user_id`),
+  CONSTRAINT `accounts_userprofile_user_id_92240672_fk_auth_user_id` FOREIGN KEY (`user_id`) REFERENCES `auth_user` (`id`)
+) ENGINE=InnoDB AUTO_INCREMENT=1276 DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
+/*!40101 SET character_set_client = @saved_cs_client */;
+
+--
+-- Dumping data for table `accounts_userprofile`
+--
+
+LOCK TABLES `accounts_userprofile` WRITE;
+/*!40000 ALTER TABLE `accounts_userprofile` DISABLE KEYS */;
+INSERT INTO `accounts_userprofile` VALUES
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+/*!40101 SET @saved_cs_client     = @@character_set_client */;
+/*!40101 SET character_set_client = utf8 */;
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+/*!40101 SET character_set_client = @saved_cs_client */;
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+/*!40000 ALTER TABLE `auth_group` DISABLE KEYS */;
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+/*!40000 ALTER TABLE `auth_group` ENABLE KEYS */;
+UNLOCK TABLES;
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+--
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+--
+
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+/*!40101 SET @saved_cs_client     = @@character_set_client */;
+/*!40101 SET character_set_client = utf8 */;
+CREATE TABLE `auth_group_permissions` (
+  `id` int(11) NOT NULL AUTO_INCREMENT,
+  `group_id` int(11) NOT NULL,
+  `permission_id` int(11) NOT NULL,
+  PRIMARY KEY (`id`),
+  UNIQUE KEY `auth_group_permissions_group_id_permission_id_0cd325b0_uniq` (`group_id`,`permission_id`),
+  KEY `auth_group_permissio_permission_id_84c5c92e_fk_auth_perm` (`permission_id`),
+  CONSTRAINT `auth_group_permissio_permission_id_84c5c92e_fk_auth_perm` FOREIGN KEY (`permission_id`) REFERENCES `auth_permission` (`id`),
+  CONSTRAINT `auth_group_permissions_group_id_b120cbf9_fk_auth_group_id` FOREIGN KEY (`group_id`) REFERENCES `auth_group` (`id`)
+) ENGINE=InnoDB AUTO_INCREMENT=184 DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
+/*!40101 SET character_set_client = @saved_cs_client */;
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+--
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+/*!40000 ALTER TABLE `auth_group_permissions` DISABLE KEYS */;
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+DROP TABLE IF EXISTS `auth_permission`;
+/*!40101 SET @saved_cs_client     = @@character_set_client */;
+/*!40101 SET character_set_client = utf8 */;
+CREATE TABLE `auth_permission` (
+  `id` int(11) NOT NULL AUTO_INCREMENT,
+  `name` varchar(255) NOT NULL,
+  `content_type_id` int(11) NOT NULL,
+  `codename` varchar(100) NOT NULL,
+  PRIMARY KEY (`id`),
+  UNIQUE KEY `auth_permission_content_type_id_codename_01ab375a_uniq` (`content_type_id`,`codename`),
+  CONSTRAINT `auth_permission_content_type_id_2f476e4b_fk_django_co` FOREIGN KEY (`content_type_id`) REFERENCES `django_content_type` (`id`)
+) ENGINE=InnoDB AUTO_INCREMENT=218 DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
+/*!40101 SET character_set_client = @saved_cs_client */;
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+--
+-- Dumping data for table `auth_permission`
+--
+
+LOCK TABLES `auth_permission` WRITE;
+/*!40000 ALTER TABLE `auth_permission` DISABLE KEYS */;
+INSERT INTO `auth_permission` VALUES
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+(204,'Can delete note',47,'delete_note'),
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+(208,'Can delete space group',48,'delete_spacegroup'),
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+(210,'Can add stoichiometry_ elements',49,'add_stoichiometry_elements'),
+(211,'Can change stoichiometry_ elements',49,'change_stoichiometry_elements'),
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+(214,'Can add system_ stoichiometry',50,'add_system_stoichiometry'),
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+(216,'Can delete system_ stoichiometry',50,'delete_system_stoichiometry'),
+(217,'Can view system_ stoichiometry',50,'view_system_stoichiometry');
+/*!40000 ALTER TABLE `auth_permission` ENABLE KEYS */;
+UNLOCK TABLES;
+
+--
+-- Table structure for table `auth_user`
+--
+
+DROP TABLE IF EXISTS `auth_user`;
+/*!40101 SET @saved_cs_client     = @@character_set_client */;
+/*!40101 SET character_set_client = utf8 */;
+CREATE TABLE `auth_user` (
+  `id` int(11) NOT NULL AUTO_INCREMENT,
+  `password` varchar(128) NOT NULL,
+  `last_login` datetime DEFAULT NULL,
+  `is_superuser` tinyint(1) NOT NULL,
+  `username` varchar(150) NOT NULL,
+  `first_name` varchar(150) NOT NULL,
+  `last_name` varchar(150) NOT NULL,
+  `email` varchar(254) NOT NULL,
+  `is_staff` tinyint(1) NOT NULL,
+  `is_active` tinyint(1) NOT NULL,
+  `date_joined` datetime NOT NULL,
+  PRIMARY KEY (`id`),
+  UNIQUE KEY `username` (`username`)
+) ENGINE=InnoDB AUTO_INCREMENT=1276 DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
+/*!40101 SET character_set_client = @saved_cs_client */;
+
+--
+-- Dumping data for table `auth_user`
+--
+
+LOCK TABLES `auth_user` WRITE;
+/*!40000 ALTER TABLE `auth_user` DISABLE KEYS */;
+INSERT INTO `auth_user` VALUES
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+(894,'pbkdf2_sha256$216000$s7IzuXqzmyU2$0kfznpawUorvw19y3l8YWmc7c02RAN09qMQcHnoY1G8=',NULL,0,'eliselellis','Jessicaann','Jessicaann','eliselellis@gmail.com',0,0,'2024-06-05 16:09:29'),
+(895,'pbkdf2_sha256$216000$GylmnJu0sv2W$bqUQqntaKJJu2JOBz+jNtBJFzx7WVcHgrqiEMkTk2Gg=',NULL,0,'bmorris','Sheli','Sheli','bmorris@freedomindustries.net',0,0,'2024-06-05 17:10:37'),
+(896,'pbkdf2_sha256$216000$8KmuYTCjUo1G$PuJYIByLTCE4bswvQwoQkNS0c+BTsILz2oZHsHr2uyA=',NULL,0,'beenaphilip521','Jullien','Jullien','beenaphilip521@hotmail.com',0,0,'2024-06-05 17:57:26'),
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+(898,'pbkdf2_sha256$216000$2q1IO0AsEtqG$OC6xJueK1k+fo/AmWzbOAudOLPX1u+HDn9hOAVqLijA=','2024-06-05 20:17:25',0,'jamie','Natal','Natal','jamie@schulmaninsurance.com',0,1,'2024-06-05 20:17:06'),
+(899,'pbkdf2_sha256$216000$jWCY29IdxNAX$OmApNSUTL5cFD4tyZ/V7A1Dp73llFAktjeOSNEWnIys=',NULL,0,'joannaroik','Thorian','Thorian','joannaroik@gmail.com',0,0,'2024-06-05 23:10:08'),
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+(905,'pbkdf2_sha256$216000$RpwemogRvXmt$db5gi4aBpbFM9yfnn39fig8/QoaU8pXDavNa2isW50M=',NULL,0,'thewindowgroup','Glenine','Glenine','thewindowgroup@aol.com',0,0,'2024-06-06 18:19:59'),
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+(907,'pbkdf2_sha256$216000$L6cMBwfm8gYQ$wQDxbWgDnq6oOtxEBlixkDpnPj5sPZfcgdf9X4CuBnw=',NULL,0,'jklein','Gearline','Gearline','jklein@vermeerhp.com',0,0,'2024-06-06 19:34:10'),
+(908,'pbkdf2_sha256$216000$Z1m5JGPfmkju$Z450IllFmK/w0WcIE+TYtHT5yC+VlPEbCF9YlX7Sq8s=',NULL,0,'vesone804','Aneek','Aneek','vesone804@gmail.com',0,0,'2024-06-06 21:55:02'),
+(909,'pbkdf2_sha256$216000$eFxSbYc9WRiC$j32HLBFqrkQJmdJG3MX8fxG/r4T/nqEVfEB44IPiY/U=',NULL,0,'londiswolf','Taquasia','Taquasia','londiswolf@aol.com',0,0,'2024-06-07 04:05:55'),
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+(911,'pbkdf2_sha256$216000$YWzqjSYszod9$gIcwANEGG1PUtNArrGMg9pL15ZPIqoEy/s/Mxa95xEQ=',NULL,0,'hmwcppbtmm.q','Matheo','Matheo','hmwcppbtmm.q@rightbliss.beauty',0,0,'2024-06-08 03:10:32'),
+(912,'pbkdf2_sha256$216000$BTT5NOZXxkNv$JJsmY21CUvzG6Qb8IQrPRD2wU6KhY05qqS5P7ZHgqgM=',NULL,0,'brandon.staton','Durane','Durane','brandon.staton@gmail.com',0,0,'2024-06-08 03:11:43'),
+(913,'pbkdf2_sha256$216000$V2UGFgAmM4a4$li7GsBuHbeoCsm1IrGNpklCz5ZrbZ7SN9FyB42PGug8=',NULL,0,'nicholasrodney13','Stephone','Stephone','nicholasrodney13@yahoo.com',0,0,'2024-06-08 04:42:44'),
+(914,'pbkdf2_sha256$216000$3Bqc4s9LJRZk$s8FoWODLE5ps4EsnxCTTTC6hp7bSKkAaWrrhlSuH8oc=',NULL,0,'davidkblackadar','Iskender','Iskender','davidkblackadar@gmail.com',0,0,'2024-06-08 07:46:39'),
+(915,'pbkdf2_sha256$216000$PPXuEgt3bAnx$vV174mzwq9q1uPZbVwzBEj5HY2pqxStEzOhaZ5nlGTg=',NULL,0,'crunk.avery','Dustn','Dustn','crunk.avery@gmail.com',0,0,'2024-06-08 10:04:33'),
+(916,'pbkdf2_sha256$216000$H0RwMVZ17YMf$f8uc+FY5mHgRs9r5l6JqHNDcMahzvabWTxcDWTTf2sg=',NULL,0,'bcortez256','Beshoy','Beshoy','bcortez256@gmail.com',0,0,'2024-06-08 14:50:07'),
+(917,'pbkdf2_sha256$216000$8e7PIh63x26q$wPanBbda160tI9bkZNSOkLvq+FsGsYfCN6lBpFLR/VE=',NULL,0,'tjqtcqccbb.q','Abdiel','Abdiel','tjqtcqccbb.q@rightbliss.beauty',0,0,'2024-06-09 10:58:10'),
+(918,'pbkdf2_sha256$216000$JO0QqG6kZgns$TOpQbDWXkKU/kn3D1PcL73bMFzqS0WjIE/AMkiR26fc=',NULL,0,'mbusbyracing','Sheliza','Sheliza','mbusbyracing@gmail.com',0,0,'2024-06-10 13:17:09'),
+(919,'pbkdf2_sha256$216000$fKgHHMWDGs48$ZwBDnWxhp7ReRBt6O5eDqJHJkI/NSIjBN0Iv0h4NXvg=',NULL,0,'tjdjdbpmqq.q','Keighton','Keighton','tjdjdbpmqq.q@rightbliss.beauty',0,0,'2024-06-10 18:46:35'),
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+(921,'pbkdf2_sha256$216000$UaSdPn34zBXX$vvG95MtKatpX6zCZBV9JRqjUccqbyP1/zfRd6SXnfWg=',NULL,0,'anson','Dyshon','Dyshon','anson@tilsenroofing.com',0,0,'2024-06-11 13:31:48'),
+(922,'pbkdf2_sha256$216000$yK5K82XzyjNz$sulhrLcUMIS5GFPmddI5GhWlRcJkDRvxi2W+13w1ny0=',NULL,0,'staff','Wysteria','Wysteria','staff@bsstenterprises.com',0,0,'2024-06-11 15:37:11'),
+(923,'pbkdf2_sha256$216000$c8fIlN32PuEA$Gjs3SdG6uyCwY/+ijXxt/2wME+r6Warf5ZAh17uidJY=',NULL,0,'mylas1986','Zaidyn','Zaidyn','mylas1986@gmail.com',0,0,'2024-06-11 17:38:38'),
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+(925,'pbkdf2_sha256$216000$LAeV5QIWX5u7$/Maq9LEgDfBiCg0GGT40216HXR11LLOImepVO9fS65Q=',NULL,0,'moikis1993','Aryana','Aryana','moikis1993@gmail.com',0,0,'2024-06-11 22:53:59'),
+(926,'pbkdf2_sha256$216000$YbEogEJRi16c$iWKpUbBsU8My2iSv63kvlw/iKTMqgf99+17PMgGuP9Q=',NULL,0,'michaeldashhiller','Heman','Heman','michaeldashhiller@sbcglobal.net',0,0,'2024-06-12 00:25:07'),
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+(932,'pbkdf2_sha256$216000$qT4cbcx5hARN$9Pee2GH3UVibOoITdJSmlrRCK43nzOubKQzMbCf6pb0=','2024-06-12 11:07:22',0,'lizicheng','zicheng','li','lizicheng@zju.edu.cn',0,1,'2024-06-12 11:07:01'),
+(933,'pbkdf2_sha256$216000$0UTdz1rTZFLg$ep9nJfLU3xYWGb6+YiyBIHjJzr5Fn01vIxShkbR8rZo=',NULL,0,'thomas-driessen','Vener','Vener','thomas-driessen@freenet.de',0,0,'2024-06-12 17:12:04'),
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+(939,'pbkdf2_sha256$216000$v9UYUCY1kCiP$I31MSYYWcgQP4KazbpjNKINkL/rrtef4FnWFLBst0n8=',NULL,0,'rolands','Htoo','Htoo','rolands@sumiprinting.com',0,0,'2024-06-13 05:13:56'),
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+(1026,'pbkdf2_sha256$216000$tHPRKOnWsMp6$efHm8Pl8hM2M1ViXd8AhKqI+h4NbWpOHUS0+tKsCHts=',NULL,0,'kenpesko','Raleigh','Raleigh','kenpesko@icloud.com',0,0,'2024-06-24 18:23:06'),
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+(1031,'pbkdf2_sha256$216000$iKASHOG4OWxC$AhSGNNu/cJWzT8+0ffQbQUzslhgWvgtWE6hSSudS0g8=',NULL,0,'sstoltz','Tabu','Tabu','sstoltz@treadcorp.com',0,0,'2024-06-25 01:41:36'),
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+(1037,'pbkdf2_sha256$216000$rULlvc0xl0c9$gOudel2Db+mQ8GxNVSQvCiLseL3UqZvMHrRat5KqrQo=',NULL,0,'rock9617','Ciclali','Ciclali','rock9617@hotmail.com',0,0,'2024-06-25 16:45:11'),
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+(1039,'pbkdf2_sha256$216000$UjgfvtBUtKGE$9rnAFGgci+/BmE4o1/TvHyjFcVlVb/RTMv+tPSgzfqQ=',NULL,0,'taylor','Cowanda','Cowanda','taylor@flhfl.com',0,0,'2024-06-25 21:56:38'),
+(1040,'pbkdf2_sha256$216000$Kk2mZjYDiLES$n6vmXCB0K0IRH4cQdgnt3eLHBCm6PVWeVSqNhQvmaYM=',NULL,0,'valberico728','Javiah','Javiah','valberico728@gmail.com',0,0,'2024-06-25 23:18:35'),
+(1041,'pbkdf2_sha256$216000$j1bhelp2yHv2$D+pfvj/6CT6Nd5k2AsI2ccZAHuWAxWWdm9lC0XKvdjY=',NULL,0,'zane','Keatyn','Keatyn','zane@hs-motorsports.com',0,0,'2024-06-25 23:18:39'),
+(1042,'pbkdf2_sha256$216000$lJoeuLezccGL$OtZDZv2Ngu2Wm6xCgFEYBoV0LTV2ML9y8w1MbJBZ2TA=',NULL,0,'c.straub83','Deviana','Deviana','c.straub83@googlemail.com',0,0,'2024-06-26 00:34:35'),
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+(1046,'pbkdf2_sha256$216000$hpUS4QefDdlJ$hJMH9T2PdHMkjFpTU9FLz3C4UqzI+bgpPSLdLdSfJPA=',NULL,0,'tseifert','Hughe','Hughe','tseifert@seifert.com',0,0,'2024-06-26 04:16:03'),
+(1047,'pbkdf2_sha256$216000$1svQwZayUDMk$kIsHIBhHySnC0nkJFpJWvA6VRqTproDXkVl0Gm1gCsE=',NULL,0,'traceyp','Vaune','Vaune','traceyp@aquapool.com',0,0,'2024-06-26 05:06:32'),
+(1048,'pbkdf2_sha256$216000$RilarJPscnKS$/LICVNqCNfzPvLt2kL3ILNnGmTjg2/M2uRVf3awPLvU=',NULL,0,'rojasley28','Antaja','Antaja','rojasley28@gmail.com',0,0,'2024-06-26 06:31:37'),
+(1049,'pbkdf2_sha256$216000$Tb64qPwIXlRm$MZMELgcwlHC0lJYSWRkTuldQDuICOGG2uNcLw5bwteE=',NULL,0,'ranjan.edirimanne','Niger','Niger','ranjan.edirimanne@gmail.com',0,0,'2024-06-26 08:26:12'),
+(1050,'pbkdf2_sha256$216000$XK6kqwRywwZU$GimbLJ6ZJzdGrii2o3QOc1E/QW65fy90I/cbq7eo6Bo=',NULL,0,'cxie08','Tykevion','Tykevion','cxie08@gmail.com',0,0,'2024-06-26 13:57:42'),
+(1051,'pbkdf2_sha256$216000$OoywsifGQr0I$o2DECuG2MSIKD0To+3yD4U5CEeqsAHtMzi5hstw5GTk=',NULL,0,'cindra1030','Frankel','Frankel','cindra1030@yahoo.com',0,0,'2024-06-26 15:41:49'),
+(1052,'pbkdf2_sha256$216000$MT70T0IFxHNG$rndVo1Rgyek7NsKBk3LTUCXded6M1m0wgQvZ4mrTRBQ=',NULL,0,'leongerber2909','Krisia','Krisia','leongerber2909@outlook.de',0,0,'2024-06-26 15:41:56'),
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+(1054,'pbkdf2_sha256$216000$7yQSrxOiWmVG$3xOE6zgUyiXHRfF1TCBdHhj4eylFbmrcYdzD/jkUw9Y=',NULL,0,'pml','Zaccheaus','Zaccheaus','pml@covenantschools.com',0,0,'2024-06-26 19:02:45'),
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+(1057,'pbkdf2_sha256$216000$9ACMysUayszI$X62MZxONlZ0qKamvpUpQVdBuX9KE7qZvgMI1UtGsTAg=',NULL,0,'jcornblatt','Soliel','Soliel','jcornblatt@thepediatriccenter.org',0,0,'2024-06-27 00:09:23'),
+(1058,'pbkdf2_sha256$216000$AR2eR89ahsJP$TqPBebrkJe6qttNHBOGYAVHqIKiCtiV3LUgZRVLJYa4=',NULL,0,'jgillespie','Vickee','Vickee','jgillespie@redladderremodeling.com',0,0,'2024-06-27 00:47:00'),
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+(1061,'pbkdf2_sha256$216000$xXsoOz9SMqKV$rXK04edINGDM1jFdfvS4kVJRCzQJSsU66Zx0bRAVvQ0=',NULL,0,'jv','Lynward','Lynward','jv@mandrelectronics.com',0,0,'2024-06-27 04:30:47'),
+(1062,'pbkdf2_sha256$216000$JvCcwsyy7i5f$a60aMCndEQgp7xvrhEcEya0unyE6WSnj3ZMM0cSAGH0=',NULL,0,'tttbpqqphp.q','Casondra','Casondra','tttbpqqphp.q@silesia.life',0,0,'2024-06-27 04:33:08'),
+(1063,'pbkdf2_sha256$216000$P3cnilEb3eie$75YaxuI4uWtc5/cEuuUZ46ekRdg48Ra8HH0D+P0+2Yo=',NULL,0,'john.hawkins','Ariyah','Ariyah','john.hawkins@echawkinsltd.com',0,0,'2024-06-27 07:57:05'),
+(1064,'pbkdf2_sha256$216000$hcGpHwJ4DO9T$o76KIV0R4ih1drOt0FpN3RgOr2+kBLYPLYIh5wd2K9M=',NULL,0,'klkaczmar','Latwan','Latwan','klkaczmar@yahoo.com',0,0,'2024-06-27 13:58:14'),
+(1065,'pbkdf2_sha256$216000$M2SDL26x6y0X$xxHSpl/ddDVGruVQtNmhyprHW3rCckEBi/vroyqcsLc=',NULL,0,'vincentlieu1313','Maeline','Maeline','vincentlieu1313@gmail.com',0,0,'2024-06-27 15:44:34'),
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+(1067,'pbkdf2_sha256$216000$VLmDlCFBi5YR$u0JAAWG+xqClp6s3S22QAZCOO4WxVmX8SkPZ4piK+nI=',NULL,0,'tina','Sayen','Sayen','tina@dieselectric.com',0,0,'2024-06-27 18:39:35'),
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+(1072,'pbkdf2_sha256$216000$RCUfHhIBOQZr$Ko4YdJltnxhU1AkCu/3uiv4UtgYzMGd7gX1BZsYGMIU=',NULL,0,'jose.chavez7171','Sohn','Sohn','jose.chavez7171@icloud.com',0,0,'2024-06-27 21:49:56'),
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+(1087,'pbkdf2_sha256$216000$EkzOstYz5Rif$ozSaYlYdLh9HFIpyOt4pxkHAJXwXmUk/QBXUkxHvDvA=',NULL,0,'pdodge','Raea','Raea','pdodge@nhacolumbia.com',0,0,'2024-06-28 03:05:21'),
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+(1125,'pbkdf2_sha256$216000$QuON9QEzuQYC$BxwCaSeBs3gyF0g66shbA0CexWXYBjdSwIPzxX11X2Y=',NULL,0,'stgarciam19','Carmyne','Carmyne','stgarciam19@gmail.com',0,0,'2024-07-01 13:49:09'),
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+(1129,'pbkdf2_sha256$216000$5MZea2kQhuXt$FUTCl9EMSmzC45GUG3AvV+RSLTIl3WIdsqLuqV9962E=',NULL,0,'nancyyoung546','Anthonette','Anthonette','nancyyoung546@gmail.com',0,0,'2024-07-01 20:19:02'),
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+(1132,'pbkdf2_sha256$216000$EkAxhQwbyTzS$FyIOgpGNxtWQvecvjMQYCTwlX2M/7w8Ja6SS21W1wn0=',NULL,0,'toby','Aralynn','Aralynn','toby@thelandscapecenter.com',0,0,'2024-07-01 23:49:01'),
+(1133,'pbkdf2_sha256$216000$J8PChbVqBgWA$lS63KfPgTdsnOkxwK8fIgUEc2C0tMuWGWHxCFEbDuzU=',NULL,0,'bridget','Lavila','Lavila','bridget@thelongevityclub.com',0,0,'2024-07-02 02:40:52'),
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+(1137,'pbkdf2_sha256$216000$MDbrbIjQC7Qu$vVKFOXctRL26FvdMDIoj+v6NpJRsmONrBKyU03zD/Ko=',NULL,0,'carlo.canasa','Allyce','Allyce','carlo.canasa@noaa.gov',0,0,'2024-07-02 18:22:40'),
+(1138,'pbkdf2_sha256$216000$qqyUaZbc0xtg$TlQe4FE7TjltALBxfOI2eDT48Yb3KGpMLcA+BKWUi0Y=',NULL,0,'strieu42','Fatmeh','Fatmeh','strieu42@gmail.com',0,0,'2024-07-02 20:49:59'),
+(1139,'pbkdf2_sha256$216000$U2pbJMXd83Y4$EtEpyMqqfU2P8OvDOu6M0svFgkc6JqHkpKAqqez1B2s=',NULL,0,'addicted2tax','Derry','Derry','addicted2tax@yahoo.com',0,0,'2024-07-02 21:38:55'),
+(1140,'pbkdf2_sha256$216000$erMHgsuoR4eQ$txcBzoA0yGtPXDMR7a36HRRVpKZ9ExATeMF6zkVTxwk=',NULL,0,'kmorris','Kody','Kody','kmorris@eatoncounty.org',0,0,'2024-07-02 22:57:19'),
+(1141,'pbkdf2_sha256$216000$2ZYNtS2UEBTB$ufx9Vt7YKvQwzbxK76nFqDaf1ElB+j2pVWe5Ve2/x/w=',NULL,0,'teeandceek','Nixxon','Nixxon','teeandceek@sbcglobal.net',0,0,'2024-07-03 00:04:03'),
+(1142,'pbkdf2_sha256$216000$ollglFg55dyC$utURQufzLLh6NHgQl6w+nzuGn1ZK7J1QBsQKy/00D9o=',NULL,0,'kristin.khan','Javad','Javad','kristin.khan@daltile.com',0,0,'2024-07-03 00:41:05'),
+(1143,'pbkdf2_sha256$216000$MnpSG5Yfe7mg$9ZnhEgVOn54/v9VcpRxzBfzEa3R7p3p3Mfpmt3sSUzc=',NULL,0,'newmodernsign','Nichaela','Nichaela','newmodernsign@yahoo.com',0,0,'2024-07-03 01:49:32'),
+(1144,'pbkdf2_sha256$216000$uHbcLptwSD4O$tYZi3OLYlqM3gTkeUpHNCGjCUHqoTs0JWqc9DZpXFkY=',NULL,0,'patmcconville','Luisarmando','Luisarmando','patmcconville@hotmail.com',0,0,'2024-07-03 02:26:13'),
+(1145,'pbkdf2_sha256$216000$cxcHYrCogtmO$9NTN2xgDZ+Qh/J6KZeYwUd74qmG6cIi7ZzKSiQjWTVc=',NULL,0,'bowmantruck','Verland','Verland','bowmantruck@sbcglobal.net',0,0,'2024-07-03 03:10:52'),
+(1146,'pbkdf2_sha256$216000$F7swJUnWJ7bE$kIx6xbuQeANSAKj2Owh57z/49ACCGmjGxHCGEnHwpa4=',NULL,0,'tdqchtbdmb.q','Debbra','Debbra','tdqchtbdmb.q@silesia.life',0,0,'2024-07-03 04:08:06'),
+(1147,'pbkdf2_sha256$216000$PYvPQEapoia8$mNQkQramx+/IHLj1K+bOzTCAiNh/G2q69YgE7Pdn8pM=',NULL,0,'billinob83','Ciarra','Ciarra','billinob83@aol.com',0,0,'2024-07-03 06:07:01'),
+(1148,'pbkdf2_sha256$216000$Jlv8LRaB6mWp$fEq+TH7chstRDSIZ9OwHzPTclNgKEgjZudlmUrg/T/U=',NULL,0,'skagit1a','Jenitha','Jenitha','skagit1a@gmail.com',0,0,'2024-07-03 09:28:06'),
+(1149,'pbkdf2_sha256$216000$DRY9R32vnOKe$UwRr24vMoI9rL7vtR9Z8tkpFRdrXli+5SGo+texKVSk=',NULL,0,'rlmobile08','Kaplan','Kaplan','rlmobile08@gmail.com',0,0,'2024-07-03 12:51:31'),
+(1150,'pbkdf2_sha256$216000$Ogae7kvyabMr$0mqw396yVByxGHxHih+j2iyNLTykzMoKr4ooILRRI3I=',NULL,0,'coisuin1','Titiyana','Titiyana','coisuin1@gmail.com',0,0,'2024-07-03 13:49:43'),
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+(1159,'pbkdf2_sha256$216000$E72jqeeZ8ltC$RaZn0bvtpkq5xI9UEmRlDDoTzXCsZDrv8WotK0zkykc=',NULL,0,'alexafalsetti','Genella','Genella','alexafalsetti@rogers.com',0,0,'2024-07-04 07:26:59'),
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+(639,'2019-05-16 21:43:50','14','stank',3,'',19,15),
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+(641,'2019-05-16 21:48:48','6','nailao',2,'[{\"changed\": {\"fields\": [\"is_staff\", \"groups\"]}}]',19,15),
+(642,'2019-05-16 21:49:19','11','samslattery',3,'',19,15),
+(643,'2019-05-16 21:49:27','15','raul_l',2,'[{\"changed\": {\"fields\": [\"groups\"]}}]',19,15),
+(644,'2019-05-16 21:49:40','2','matti',2,'[{\"changed\": {\"fields\": [\"groups\"]}}]',19,15),
+(645,'2019-05-16 21:49:50','9','garnett',2,'[{\"changed\": {\"fields\": [\"is_superuser\", \"groups\"]}}]',19,15),
+(646,'2019-05-16 21:50:02','7','dxc2007',3,'',19,15),
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+(650,'2019-05-17 03:49:52','186','ID: 186 (atomic structure)',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 169\", \"fields\": [\"unit\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 170\", \"fields\": [\"unit\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 171\", \"fields\": [\"unit\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 172\", \"fields\": [\"unit\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 173\", \"fields\": [\"unit\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 174\", \"fields\": [\"unit\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 175\", \"fields\": [\"unit\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 176\", \"fields\": [\"unit\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 177\", \"fields\": [\"unit\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 178\", \"fields\": [\"unit\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 179\", \"fields\": [\"unit\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 180\", \"fields\": [\"unit\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 181\", \"fields\": [\"unit\"]}}]',34,1),
+(651,'2019-05-17 04:43:58','203','ID: 203 (atomic structure)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 303\"}}]',34,1),
+(652,'2019-05-17 04:47:08','203','ID: 203 (atomic structure)',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 303\", \"fields\": [\"value\"]}}]',34,1),
+(653,'2019-05-20 01:35:12','456','ID: 456 (6 data points)',2,'[{\"added\": {\"name\": \"symbol\", \"object\": \"ID: 24748\"}}, {\"added\": {\"name\": \"symbol\", \"object\": \"ID: 24749\"}}, {\"added\": {\"name\": \"symbol\", \"object\": \"ID: 24750\"}}, {\"added\": {\"name\": \"symbol\", \"object\": \"ID: 24751\"}}, {\"added\": {\"name\": \"symbol\", \"object\": \"ID: 24752\"}}, {\"added\": {\"name\": \"symbol\", \"object\": \"ID: 24753\"}}]',33,15),
+(654,'2019-05-21 04:41:11','456','ID: 456 (6 data points)',2,'[{\"added\": {\"name\": \"error\", \"object\": \"ID: 1458822\"}}, {\"added\": {\"name\": \"error\", \"object\": \"ID: 1458823\"}}, {\"added\": {\"name\": \"error\", \"object\": \"ID: 1458824\"}}]',33,1),
+(655,'2019-05-21 04:42:06','456','ID: 456 (6 data points)',2,'[{\"changed\": {\"name\": \"error\", \"object\": \"ID: 1458822\", \"fields\": [\"value\"]}}, {\"changed\": {\"name\": \"error\", \"object\": \"ID: 1458823\", \"fields\": [\"value\"]}}, {\"changed\": {\"name\": \"error\", \"object\": \"ID: 1458824\", \"fields\": [\"value\"]}}]',33,1),
+(656,'2019-05-21 04:42:35','456','ID: 456 (6 data points)',2,'[{\"changed\": {\"name\": \"error\", \"object\": \"ID: 1458824\", \"fields\": [\"value\"]}}]',33,1),
+(657,'2019-05-21 18:05:39','277','ID: 277 (delta T/T)',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 288\", \"fields\": [\"unit\"]}}]',34,15),
+(658,'2019-05-21 18:10:44','282','ID: 282 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"label\"]}}]',34,15),
+(659,'2019-05-21 18:11:14','19','transient absorption coefficient',2,'[{\"changed\": {\"fields\": [\"name\"]}}]',29,15),
+(660,'2019-05-21 18:11:33','277','ID: 277 (transient absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"label\", \"primary_property_label\"]}}]',34,15),
+(661,'2019-05-21 18:11:38','274','ID: 274 (absorbance)',2,'[{\"changed\": {\"fields\": [\"label\"]}}]',34,15),
+(662,'2019-05-21 18:12:19','275','ID: 275 (absorbance)',2,'[{\"changed\": {\"fields\": [\"label\"]}}]',34,15),
+(663,'2019-05-21 18:13:09','277','ID: 277 (transient absorption coefficient)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 331 (236 data points)\", \"fields\": [\"label\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 332 (236 data points)\", \"fields\": [\"label\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 333 (236 data points)\", \"fields\": [\"label\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 334 (236 data points)\", \"fields\": [\"label\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 335 (236 data points)\", \"fields\": [\"label\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 336 (236 data points)\", \"fields\": [\"label\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 337 (236 data points)\", \"fields\": [\"label\"]}}]',34,15),
+(664,'2019-05-21 18:13:43','287','ID: 287 (density of states)',2,'[{\"changed\": {\"fields\": [\"label\"]}}]',34,15),
+(665,'2019-05-21 18:14:10','301','ID: 301 (density of states)',2,'[{\"changed\": {\"fields\": [\"label\"]}}]',34,15),
+(666,'2019-05-21 18:14:35','316','ID: 316 (band structure)',2,'[{\"changed\": {\"fields\": [\"label\"]}}]',34,15),
+(667,'2019-05-21 18:14:45','317','ID: 317 (band gap)',2,'[{\"changed\": {\"fields\": [\"label\"]}}]',34,15),
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+(669,'2019-05-21 18:19:14','287','ID: 287 (density of states)',2,'[{\"changed\": {\"fields\": [\"secondary_property_label\"]}}]',34,15),
+(670,'2019-05-21 18:19:54','301','ID: 301 (density of states)',2,'[{\"changed\": {\"fields\": [\"secondary_property_label\"]}}]',34,15),
+(671,'2019-05-21 18:20:24','301','ID: 301 (density of states)',2,'[{\"changed\": {\"fields\": [\"secondary_property\"]}}]',34,15),
+(672,'2019-05-21 18:21:34','296','ID: 296 (energy)',2,'[{\"changed\": {\"fields\": [\"primary_property\", \"primary_property_label\"]}}]',34,15),
+(673,'2019-05-21 18:21:35','297','ID: 297 (energy)',2,'[{\"changed\": {\"fields\": [\"primary_property\", \"primary_property_label\"]}}]',34,15),
+(674,'2019-05-21 18:23:43','312','ID: 312 (density of states)',2,'[{\"changed\": {\"fields\": [\"secondary_property\", \"secondary_property_label\"]}}]',34,15),
+(675,'2019-05-21 18:23:49','313','ID: 313 (projected density of states)',2,'[{\"changed\": {\"fields\": [\"secondary_property\", \"secondary_property_label\"]}}]',34,15),
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+(677,'2019-05-21 18:31:53','297','ID: 297 (projected density of states)',2,'[{\"changed\": {\"fields\": [\"label\", \"primary_property\", \"primary_unit\", \"primary_property_label\", \"secondary_property\", \"secondary_unit\", \"secondary_property_label\"]}}]',34,15),
+(678,'2019-05-21 18:32:36','296','ID: 296 (projected density of states)',2,'[{\"changed\": {\"fields\": [\"label\", \"primary_property\", \"primary_unit\", \"primary_property_label\", \"secondary_property\", \"secondary_unit\", \"secondary_property_label\"]}}]',34,15),
+(679,'2019-05-21 18:34:08','279','ID: 279 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"label\", \"primary_property\", \"primary_unit\", \"secondary_property\", \"secondary_unit\"]}}]',34,15),
+(680,'2019-05-21 18:34:21','312','ID: 312 (density of states)',2,'[{\"changed\": {\"fields\": [\"label\"]}}]',34,15),
+(681,'2019-05-21 20:44:50','312','ID: 312 (density of states)',2,'[{\"changed\": {\"fields\": [\"label\"]}}]',34,15),
+(682,'2019-05-21 20:44:54','312','ID: 312 (density of states)',2,'[{\"changed\": {\"fields\": [\"label\"]}}]',34,15),
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+(685,'2019-05-22 04:45:14','373','ID: 373 (band gap)',2,'[{\"changed\": {\"name\": \"comment\", \"object\": \"CH3NH3+ was ignored\", \"fields\": [\"text\"]}}]',34,1),
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+(689,'2019-05-23 14:08:26','317','ID: 317 (band gap)',2,'[{\"changed\": {\"fields\": [\"linked_to\"]}}]',34,15),
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+(693,'2019-05-24 16:44:40','351','ID: 351 (band structure)',2,'[{\"changed\": {\"fields\": [\"reference\"]}}]',34,9),
+(694,'2019-05-24 16:45:28','352','ID: 352 (band structure)',2,'[{\"changed\": {\"fields\": [\"reference\"]}}]',34,9),
+(695,'2019-05-24 16:46:33','249','ID: 249 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"reference\"]}}]',34,9),
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+(698,'2019-05-24 16:49:08','357','ID: 357 (band structure)',2,'[{\"changed\": {\"fields\": [\"reference\"]}}]',34,9),
+(699,'2019-05-24 16:49:36','358','ID: 358 (band structure)',2,'[{\"changed\": {\"fields\": [\"reference\"]}}]',34,9),
+(700,'2019-05-24 16:49:52','358','ID: 358 (band structure)',2,'[]',34,9),
+(701,'2019-05-24 16:51:38','247','ID: 247 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"reference\"]}}]',34,9),
+(702,'2019-05-24 16:52:01','248','ID: 248 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"reference\"]}}]',34,9),
+(703,'2019-05-24 16:52:38','353','ID: 353 (band structure)',2,'[{\"changed\": {\"fields\": [\"reference\"]}}]',34,9),
+(704,'2019-05-24 16:53:00','354','ID: 354 (band structure)',2,'[{\"changed\": {\"fields\": [\"reference\"]}}]',34,9),
+(705,'2019-05-24 16:53:42','251','ID: 251 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"reference\"]}}]',34,9),
+(706,'2019-05-24 16:54:16','252','ID: 252 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"reference\"]}}]',34,9),
+(707,'2019-05-24 16:54:35','356','ID: 356 (band structure)',2,'[{\"changed\": {\"fields\": [\"reference\"]}}]',34,9),
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+(709,'2019-05-24 16:55:24','254','ID: 254 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"reference\"]}}]',34,9),
+(710,'2019-05-24 17:54:18','287','ID: 287 (density of states)',2,'[{\"added\": {\"name\": \"dataset file\", \"object\": \"ID: 2173\"}}]',34,15),
+(711,'2019-05-24 17:54:56','301','ID: 301 (density of states)',2,'[{\"added\": {\"name\": \"dataset file\", \"object\": \"ID: 2174\"}}]',34,15),
+(712,'2019-05-28 01:20:14','144','ID: 144 (band gap)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(713,'2019-05-28 03:03:24','106','ID: 106 (atomic structure)',2,'[{\"changed\": {\"name\": \"comment\", \"object\": \"local structure optimization: unit cell + atomic positions [unconstrained]\", \"fields\": [\"text\"]}}]',34,1),
+(714,'2019-05-28 03:03:41','107','ID: 107 (atomic structure)',2,'[{\"changed\": {\"name\": \"comment\", \"object\": \"local structure optimization: unit cell + atomic positions [unconstrained]\", \"fields\": [\"text\"]}}]',34,1),
+(715,'2019-05-28 03:04:17','108','ID: 108 (atomic structure)',2,'[{\"changed\": {\"name\": \"comment\", \"object\": \"local structure optimization: unit cell + atomic positions [unconstrained]\", \"fields\": [\"text\"]}}]',34,1),
+(716,'2019-05-28 03:08:30','365','ID: 365 (band gap)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"Files available on NOMAD: http://nomad-repository.eu:8080/NomadRepository-1.1/doi/result/index.zul?dataset=5842555\"}}]',34,1),
+(717,'2019-05-28 03:34:37','146','ID: 146 (band gap)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(718,'2019-05-28 03:34:59','147','ID: 147 (band gap)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(719,'2019-05-28 03:35:22','148','ID: 148 (band gap)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(720,'2019-05-28 03:35:49','149','ID: 149 (band gap)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(721,'2019-05-28 03:36:18','150','ID: 150 (band gap)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(722,'2019-05-28 03:36:55','151','ID: 151 (band gap)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(723,'2019-05-28 03:37:18','151','ID: 151 (band gap)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 151 (1 data points)\", \"fields\": [\"label\"]}}]',34,1),
+(724,'2019-05-28 03:37:59','152','ID: 152 (band gap)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 152 (1 data points)\", \"fields\": [\"label\"]}}]',34,1),
+(725,'2019-05-28 03:38:26','153','ID: 153 (band gap)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 153 (1 data points)\", \"fields\": [\"label\"]}}]',34,1),
+(726,'2019-05-28 03:38:53','154','ID: 154 (band gap)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 154 (1 data points)\", \"fields\": [\"label\"]}}]',34,1),
+(727,'2019-05-28 03:39:20','150','ID: 150 (band gap)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 150 (1 data points)\", \"fields\": [\"label\"]}}]',34,1),
+(728,'2019-05-28 03:40:08','149','ID: 149 (band gap)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 149 (1 data points)\", \"fields\": [\"label\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 129\", \"fields\": [\"physical_property\"]}}]',34,1),
+(729,'2019-05-28 03:40:33','146','ID: 146 (band gap)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 146 (1 data points)\", \"fields\": [\"label\"]}}]',34,1),
+(730,'2019-05-28 03:40:42','149','ID: 149 (band gap)',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 129\", \"fields\": [\"physical_property\"]}}]',34,1),
+(731,'2019-05-28 03:41:05','147','ID: 147 (band gap)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 147 (1 data points)\", \"fields\": [\"label\"]}}]',34,1),
+(732,'2019-05-28 03:41:20','148','ID: 148 (band gap)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 148 (1 data points)\", \"fields\": [\"label\"]}}]',34,1),
+(733,'2019-05-28 03:42:42','144','ID: 144 (band gap)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 144 (1 data points)\", \"fields\": [\"label\"]}}]',34,1),
+(734,'2019-05-28 03:42:43','144','ID: 144 (band gap)',2,'[]',34,1),
+(735,'2019-05-28 03:47:46','155','ID: 155 (band gap)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 155 (1 data points)\", \"fields\": [\"label\"]}}]',34,1),
+(736,'2019-05-28 03:47:58','155','ID: 155 (band gap)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 155 (1 data points)\", \"fields\": [\"label\"]}}]',34,1),
+(737,'2019-05-28 14:12:58','22','AE1T',3,'',29,15),
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+(739,'2019-05-30 04:59:37','23','optical gap',1,'[{\"added\": {}}]',29,1),
+(740,'2019-05-30 04:59:44','23','optical gap',3,'',29,1),
+(741,'2019-05-30 19:41:13','24','activation energy',2,'[{\"changed\": {\"fields\": [\"name\"]}}]',29,15),
+(742,'2019-05-30 19:45:18','390','ID: 390 (activation energy)',2,'[{\"changed\": {\"fields\": [\"label\"]}}]',34,15),
+(743,'2019-05-31 21:08:23','197','ID: 197 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"representative\"]}}]',34,15),
+(744,'2019-06-04 20:02:27','393','ID: 393 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"is_figure\"]}}]',34,15),
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+(746,'2019-06-04 20:36:39','398','ID: 398 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"primary_unit\"]}}]',34,16),
+(747,'2019-06-04 20:38:53','395','ID: 395 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"label\"]}}]',34,16),
+(748,'2019-06-04 20:50:57','400','ID: 400 (absorption peak position)',2,'[{\"changed\": {\"fields\": [\"secondary_property\", \"secondary_unit\"]}}]',34,16),
+(749,'2019-06-04 20:55:04','402','ID: 402 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"secondary_property\", \"secondary_unit\"]}}]',34,16),
+(750,'2019-06-04 20:55:50','401','ID: 401 (band gap)',2,'[{\"changed\": {\"fields\": [\"secondary_property\", \"secondary_unit\"]}}]',34,16),
+(751,'2019-06-04 20:59:10','403','ID: 403 (absorption peak position)',2,'[{\"changed\": {\"fields\": [\"secondary_property\", \"secondary_unit\"]}}]',34,16),
+(752,'2019-06-04 21:01:40','404','ID: 404 (absorption peak position)',2,'[{\"changed\": {\"fields\": [\"secondary_property\", \"secondary_unit\"]}}]',34,16),
+(753,'2019-06-05 09:37:47','410','ID: 410 (absorption peak position)',2,'[{\"changed\": {\"fields\": [\"secondary_property\", \"secondary_unit\"]}}]',34,16),
+(754,'2019-06-05 09:38:08','408','ID: 408 (absorbance)',2,'[{\"changed\": {\"fields\": [\"label\"]}}]',34,16),
+(755,'2019-06-05 14:04:53','408','ID: 408 (absorbance)',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}]',34,16),
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+(762,'2019-06-05 14:09:27','411','ID: 411 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}]',34,16),
+(763,'2019-06-05 14:09:56','412','ID: 412 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}]',34,16),
+(764,'2019-06-05 14:10:22','414','ID: 414 (absorbance)',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}]',34,16),
+(765,'2019-06-05 14:10:43','416','ID: 416 (absorption peak position)',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}]',34,16),
+(766,'2019-06-05 14:10:56','417','ID: 417 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}]',34,16),
+(767,'2019-06-05 14:11:13','418','ID: 418 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}]',34,16),
+(768,'2019-06-05 14:11:30','422','ID: 422 (absorption peak position)',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}]',34,16),
+(769,'2019-06-05 14:11:43','423','ID: 423 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}]',34,16),
+(770,'2019-06-05 14:11:56','424','ID: 424 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}]',34,16),
+(771,'2019-06-05 14:15:47','393','ID: 393 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}]',34,16),
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+(777,'2019-06-05 14:21:23','400','ID: 400 (absorption peak position)',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}]',34,16),
+(778,'2019-06-05 18:49:58','106','ID: 106 (atomic structure)',2,'[{\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}]',34,15),
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+(780,'2019-06-05 18:50:08','108','ID: 108 (atomic structure)',2,'[{\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}]',34,15),
+(781,'2019-06-05 19:14:03','272','ID: 272 (atomic structure)',2,'[{\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}]',34,15),
+(782,'2019-06-05 19:29:42','312','ID: 312 (density of states)',2,'[{\"deleted\": {\"name\": \"dataset file\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"dataset file\", \"object\": \"ID: None\"}}]',34,15),
+(783,'2019-06-05 19:30:15','313','ID: 313 (projected density of states)',2,'[{\"deleted\": {\"name\": \"dataset file\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"dataset file\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"dataset file\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"dataset file\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"dataset file\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"dataset file\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"dataset file\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"dataset file\", \"object\": \"ID: None\"}}]',34,15),
+(784,'2019-06-05 19:34:08','297','ID: 297 (projected density of states)',3,'',34,15),
+(785,'2019-06-06 14:12:07','17','wileyds',2,'[{\"changed\": {\"fields\": [\"is_staff\"]}}]',19,15),
+(786,'2019-06-07 03:50:56','427','ID: 427 (absorbance)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 519 (451 data points)\", \"fields\": [\"crystal_system\"]}}]',34,17),
+(787,'2019-06-07 03:52:51','427','ID: 427 (absorbance)',2,'[{\"changed\": {\"fields\": [\"secondary_property_label\"]}}]',34,17),
+(788,'2019-06-07 04:15:52','430','ID: 430 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"linked_to\"]}}]',34,17),
+(789,'2019-06-07 04:38:23','431','ID: 431 (absorbance)',2,'[]',34,17),
+(790,'2019-06-07 17:04:52','106','ID: 106 (atomic structure)',2,'[{\"changed\": {\"name\": \"computational details\", \"object\": \"ID: 8\", \"fields\": [\"level_of_relativity\"]}}]',34,15),
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+(793,'2019-06-09 02:12:49','192','ID: 192 (atomic structure)',2,'[{\"changed\": {\"name\": \"comment\", \"object\": \"CIF file: Fachinformationszentrum Karlsruhe, 76344 Eggenstein-Leopoldshafen (Germany), CSD 428898\", \"fields\": [\"text\"]}}]',34,1),
+(794,'2019-06-09 02:13:06','193','ID: 193 (atomic structure)',2,'[{\"changed\": {\"name\": \"comment\", \"object\": \"CIF file: Fachinformationszentrum Karlsruhe, 76344 Eggenstein-Leopoldshafen (Germany), CSD 428900\", \"fields\": [\"text\"]}}]',34,1),
+(795,'2019-06-09 02:16:15','163','ID: 163 (atomic structure)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"Similar procedure as MASnI3 in D. B. Mitzi, C. A. Feild, Z. Schlesinger, and R. B. Laibowitz, J. Solid\\r\\nState Chem. 114, 159 (1995).\"}}]',34,1),
+(796,'2019-06-09 02:19:53','129','ID: 129 (absorption peak position)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 3\", \"fields\": [\"product\", \"description\"]}}, {\"changed\": {\"name\": \"comment\", \"object\": \"~1mm, colorless\", \"fields\": [\"text\"]}}]',34,1),
+(797,'2019-06-09 02:20:46','131','ID: 131 (absorption peak position)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 4\", \"fields\": [\"product\"]}}, {\"changed\": {\"name\": \"comment\", \"object\": \"~0.1mm, bright red/orange\", \"fields\": [\"text\"]}}]',34,1),
+(798,'2019-06-09 02:34:56','171','ID: 171 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 38\", \"fields\": [\"starting_materials\", \"product\"]}}]',34,1),
+(799,'2019-06-09 02:37:37','172','ID: 172 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 39\", \"fields\": [\"product\"]}}]',34,1),
+(800,'2019-06-09 02:38:59','173','ID: 173 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 40\", \"fields\": [\"starting_materials\", \"product\", \"description\"]}}, {\"added\": {\"name\": \"comment\", \"object\": \"Synthesis references:\\r\\n[1] Canadian Journal of Chemistry, 1987, 65(5): 1042-1046 https://doi.org/10.1139/v87-176\\r\\n[2] D. WEBER. Z. Naturforsch. 33b, 1443 (1978).\"}}]',34,1),
+(801,'2019-06-09 02:40:02','172','ID: 172 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 39\", \"fields\": [\"product\", \"description\"]}}, {\"added\": {\"name\": \"comment\", \"object\": \"Synthesis references:\\r\\n[1] Canadian Journal of Chemistry, 1987, 65(5): 1042-1046 https://doi.org/10.1139/v87-176\\r\\n[2] D. WEBER. Z. Naturforsch. 33b, 1443 (1978).\"}}]',34,1),
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+(804,'2019-06-09 02:56:36','371','ID: 371 (atomic structure)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 459 (6 data points)\", \"fields\": [\"crystal_system\"]}}]',34,1),
+(805,'2019-06-09 17:24:21','28','band gap (diffuse reflectance)',1,'[{\"added\": {}}]',29,1),
+(806,'2019-06-09 17:24:32','151','ID: 151 (band gap (diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(807,'2019-06-09 17:25:57','152','ID: 152 (band gap (diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(808,'2019-06-09 17:26:09','153','ID: 153 (band gap (diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(809,'2019-06-09 17:26:21','154','ID: 154 (band gap (diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(810,'2019-06-09 17:26:30','150','ID: 150 (band gap (diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(811,'2019-06-09 17:26:39','146','ID: 146 (band gap (diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(812,'2019-06-09 17:26:49','144','ID: 144 (band gap (diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(813,'2019-06-09 17:27:02','147','ID: 147 (band gap (diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(814,'2019-06-09 17:28:24','148','ID: 148 (band gap (diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(815,'2019-06-09 17:29:05','149','ID: 149 (band gap (diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(816,'2019-06-09 17:31:46','155','ID: 155 (band gap (diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
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+(818,'2019-06-09 17:37:38','126','ID: 126 (band gap (absorption))',2,'[{\"changed\": {\"fields\": [\"label\", \"primary_property\", \"primary_property_label\"]}}]',34,1),
+(819,'2019-06-09 17:40:14','367','ID: 367 (band gap (absorption))',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
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+(830,'2019-07-06 15:33:49','231','ID: 231 (atomic structure)',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 145\"}}, {\"added\": {\"name\": \"comment\", \"object\": \"Select suitable single crystals in an argon-filled drybox (<1 ppm O2 and H2O) under a microscope and seal in quartz capillaries. Collect data at room temperature on an Enraf-Nonius CAD4 diffractometer with graphite-monochromatized Mo Ka radiation. Obtain unitcell parameters and the crystal orientation matrix by a least-squares fit of 25 reflections with 18\\u00b0 < 2\\u03b8 < 30\\u00b0. Monitor intensity control reflections every 5000s during the data collection. Little to no degradation was observed for the compounds. Use the NRCVAX 386 PC version program for structural solution and refinement.\"}}]',34,1),
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+(839,'2019-07-07 23:09:26','230','ID: 230 (atomic structure)',2,'[{\"changed\": {\"name\": \"comment\", \"object\": \"References: [1] Ellis, G. P.; Romney-Alexander, T. M.: Cyanation of Aromatic Halides. Chem. Rev. 87 (1987) 779. [2] Dahn,H.; Zoller,P.;Solms,U.:\\u00dcberdieHydrogenolysevonalpha-aund beta-Menaphthylamin-Derivaten. Helv. Chim. Acta 37 (1954) 569.\", \"fields\": [\"text\"]}}]',34,1),
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+(854,'2019-07-08 02:49:46','3','1999 -  D. Mitzi, K. Chondroudis, C. Kagan, Inorganic Chemistry 38 , 6246 \"Design, Structure, and Optical Properties of Organic-Inorganic Perovskites Containing an Oligothiophene Chromophore\"',2,'[{\"changed\": {\"fields\": [\"title\"]}}]',3,1),
+(855,'2019-07-08 03:24:12','217','ID: 217 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"extraction_method\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 153\"}}, {\"added\": {\"name\": \"comment\", \"object\": \"References: [1] (a) Muguruma, H.; Saito, T.; Sasaki, S.; Hotta, S.; Karube, I. J. Heterocycl. Chem. 1996, 33, 173. (b) Muguruma, H.; Saito, T.; Hiratsuka, A.; Karube, I.; Hotta, S. Langmuir 1996, 12, 5451.\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 160\"}}, {\"added\": {\"name\": \"comment\", \"object\": \"Refer to Table 2 for Positional and Thermal Parameters.\"}}]',34,1),
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+(857,'2019-07-12 03:04:34','234','ID: 234 (atomic structure)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"Using the experimental structure of AE4TPbBr4 [1], also in Dataset ID 217. Replace the AE4T organic part by all-anti AEnT molecules. Refer to SI Part IX for more details.\\r\\n\\r\\n[1] D. B. Mitzi, K. Chondroudis, and C. R. Kagan, Inorg. Chem. 38, 6246 (1999).\"}}]',34,1),
+(858,'2019-07-12 03:04:57','235','ID: 235 (atomic structure)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"Using the experimental structure of AE4TPbBr4 [1], also in Dataset ID 217. Replace the AE4T organic part by all-anti AEnT molecules. Refer to SI Part IX for more details.\\r\\n\\r\\n[1] D. B. Mitzi, K. Chondroudis, and C. R. Kagan, Inorg. Chem. 38, 6246 (1999).\"}}]',34,1),
+(859,'2019-07-12 03:07:15','236','ID: 236 (atomic structure)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"Using the experimental structure of AE4TPbBr4 [1], also in Dataset ID 217. Replace the AE4T organic part by all-anti AEnT molecules. Refer to SI Part IX for more details.\\r\\n\\r\\n[1] D. B. Mitzi, K. Chondroudis, and C. R. Kagan, Inorg. Chem. 38, 6246 (1999).\"}}]',34,1),
+(860,'2019-07-12 03:12:39','237','ID: 237 (atomic structure)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"Using the experimental structure of AE4TPbBr4 [1], also in Dataset ID 217. Replace the Br atoms with Cl. Refer to SI Part IX for more details.\\r\\n\\r\\n[1] D. B. Mitzi, K. Chondroudis, and C. R. Kagan, Inorg. Chem. 38, 6246 (1999).\"}}]',34,1),
+(861,'2019-07-12 03:17:13','241','ID: 241 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"caption\"]}}, {\"added\": {\"name\": \"comment\", \"object\": \"Using the experimental structure of AE4TPbBr4 [1], also in Dataset ID 217. Replace the AE4T organic part by all-anti AEnT molecules. Refer to SI Part IX for more details.\\r\\n\\r\\n[1] D. B. Mitzi, K. Chondroudis, and C. R. Kagan, Inorg. Chem. 38, 6246 (1999).\"}}]',34,1),
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+(863,'2019-07-12 03:36:14','218','ID: 218 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"dimensionality\"]}}, {\"added\": {\"name\": \"comment\", \"object\": \"Using the experimental structure of AE4TPbBr4 [1], also in Dataset ID 217.\\r\\n\\r\\n[1] D. B. Mitzi, K. Chondroudis, and C. R. Kagan, Inorg. Chem. 38, 6246 (1999).\"}}]',34,1),
+(864,'2019-07-12 03:37:03','235','ID: 235 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"caption\"]}}]',34,1),
+(865,'2019-07-12 03:37:11','236','ID: 236 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"caption\"]}}]',34,1),
+(866,'2019-07-12 03:39:27','239','ID: 239 (atomic structure)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"Using the experimental structure of AE4TPbBr4 [1], also in Dataset ID 217. Replace the Br atoms with I. Refer to SI Part IX for more details.\\r\\n\\r\\n[1] D. B. Mitzi, K. Chondroudis, and C. R. Kagan, Inorg. Chem. 38, 6246 (1999).\"}}]',34,1),
+(867,'2019-07-12 03:58:26','240','ID: 240 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"caption\"]}}, {\"added\": {\"name\": \"comment\", \"object\": \"Based on the experimental structure of AE4TPbBr4 [1], also in Dataset ID 217.\\r\\n\\r\\n[1] D. B. Mitzi, K. Chondroudis, and C. R. Kagan, Inorg. Chem. 38, 6246 (1999).\"}}]',34,1),
+(868,'2019-07-12 04:00:24','238','ID: 238 (atomic structure)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"Based on the experimental structure of AE4TPbBr4 [1], also in Dataset ID 217.\\r\\n[1] D. B. Mitzi, K. Chondroudis, and C. R. Kagan, Inorg. Chem. 38, 6246 (1999).\"}}]',34,1),
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+(874,'2019-07-14 01:46:44','226','ID: 226 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"extraction_method\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 158\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 165\"}}, {\"added\": {\"name\": \"comment\", \"object\": \"CIF file available at CCDC 1542460-4.\"}}]',34,1),
+(875,'2019-07-14 01:48:48','224','ID: 224 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"extraction_method\"]}}, {\"added\": {\"name\": \"comment\", \"object\": \"CIF file available at CCDC 1542460-4.\"}}]',34,1),
+(876,'2019-07-14 01:49:33','223','ID: 223 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"extraction_method\"]}}, {\"added\": {\"name\": \"comment\", \"object\": \"CIF file available at CCDC 1542460-4.\"}}]',34,1),
+(877,'2019-07-14 01:49:54','222','ID: 222 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"extraction_method\"]}}, {\"added\": {\"name\": \"comment\", \"object\": \"CIF file available at CCDC 1542460-4.\"}}]',34,1),
+(878,'2019-07-14 03:26:52','8','ID: 8 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"reference\", \"sample_type\", \"extraction_method\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 159\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 166\"}}]',34,1),
+(879,'2019-07-14 18:06:59','385','ID: 385 (photoluminescence peak position)',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 160\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 167\"}}]',34,1),
+(880,'2019-07-14 18:07:54','8','ID: 8 (photoluminescence)',2,'[]',34,1),
+(881,'2019-07-14 18:09:33','377','ID: 377 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"reference\", \"sample_type\", \"extraction_method\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 161\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 168\"}}]',34,1),
+(882,'2019-07-14 18:09:36','11','ID: 11 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"reference\", \"sample_type\", \"extraction_method\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 162\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 169\"}}]',34,1),
+(883,'2019-07-14 18:10:10','385','ID: 385 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"sample_type\", \"extraction_method\"]}}]',34,1),
+(884,'2019-07-14 18:16:31','385','ID: 385 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"reference\"]}}]',34,1),
+(885,'2019-07-14 18:22:48','383','ID: 383 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"reference\", \"sample_type\", \"extraction_method\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 163\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 170\"}}]',34,1),
+(886,'2019-07-14 18:24:08','10','ID: 10 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"reference\", \"sample_type\", \"extraction_method\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 164\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 171\"}}]',34,1),
+(887,'2019-07-14 18:24:48','383','ID: 383 (photoluminescence peak position)',2,'[]',34,1),
+(888,'2019-07-14 18:26:00','12','ID: 12 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"sample_type\", \"extraction_method\"]}}]',34,1),
+(889,'2019-07-14 18:28:32','383','ID: 383 (photoluminescence peak position)',2,'[]',34,1),
+(890,'2019-07-14 18:38:15','384','ID: 384 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"caption\", \"sample_type\", \"extraction_method\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 165\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 172\"}}]',34,1),
+(891,'2019-07-14 18:38:29','6','ID: 6 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"caption\", \"sample_type\", \"extraction_method\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 166\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 173\"}}]',34,1),
+(892,'2019-07-14 18:39:07','384','ID: 384 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"reference\"]}}]',34,1),
+(893,'2019-07-14 18:54:01','7','ID: 7 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"sample_type\", \"extraction_method\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 167\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 174\"}}]',34,1),
+(894,'2019-07-14 18:54:10','380','ID: 380 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"sample_type\", \"extraction_method\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 168\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 175\"}}]',34,1),
+(895,'2019-07-14 18:54:45','8','ID: 8 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"extraction_method\"]}}]',34,1),
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+(897,'2019-07-14 19:01:16','9','ID: 9 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"sample_type\", \"extraction_method\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 170\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 177\"}}]',34,1),
+(898,'2019-07-14 19:09:47','12','ID: 12 (photoluminescence)',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 171\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 178\"}}]',34,1),
+(899,'2019-07-14 19:10:00','379','ID: 379 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"sample_type\", \"extraction_method\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 172\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 179\"}}]',34,1),
+(900,'2019-07-14 19:17:32','386','ID: 386 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"reference\", \"sample_type\", \"extraction_method\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 173\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 180\"}}]',34,1),
+(901,'2019-07-14 19:17:33','13','ID: 13 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"reference\", \"sample_type\", \"extraction_method\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 174\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 181\"}}]',34,1),
+(902,'2019-07-14 19:31:58','378','ID: 378 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"sample_type\", \"extraction_method\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 175\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 182\"}}]',34,1),
+(903,'2019-07-14 19:31:59','14','ID: 14 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"sample_type\", \"extraction_method\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 176\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 183\"}}]',34,1),
+(904,'2019-07-14 19:37:52','382','ID: 382 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"sample_type\", \"extraction_method\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 177\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 184\"}}]',34,1),
+(905,'2019-07-14 19:37:53','15','ID: 15 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"sample_type\", \"extraction_method\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 178\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 185\"}}]',34,1),
+(906,'2019-07-14 20:08:26','18','ID: 18 (photoluminescence)',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 179\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 186\"}}]',34,1),
+(907,'2019-07-14 20:10:30','16','ID: 16 (photoluminescence)',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 180\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 187\"}}]',34,1),
+(908,'2019-07-14 20:11:56','17','ID: 17 (photoluminescence)',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 181\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 188\"}}]',34,1),
+(909,'2019-07-14 20:27:40','387','ID: 387 (photoluminescence peak position)',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 183\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 190\"}}]',34,1),
+(910,'2019-07-14 20:28:53','388','ID: 388 (photoluminescence peak position)',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 184\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 191\"}}]',34,1),
+(911,'2019-07-14 20:28:55','17','ID: 17 (photoluminescence)',2,'[]',34,1),
+(912,'2019-07-14 20:30:06','389','ID: 389 (photoluminescence peak position)',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 185\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 192\"}}]',34,1),
+(913,'2019-07-14 20:30:07','18','ID: 18 (photoluminescence)',2,'[]',34,1),
+(914,'2019-07-15 03:51:40','174','ID: 174 (atomic structure)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 174 (6 data points)\", \"fields\": [\"label\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 155\", \"fields\": [\"value\"]}}]',34,1),
+(915,'2019-07-15 03:52:41','75','ID: 75 (atomic structure)',3,'',34,1),
+(916,'2019-07-15 03:53:49','72','ID: 72 (atomic structure)',3,'',34,1),
+(917,'2019-07-15 03:53:57','73','ID: 73 (atomic structure)',3,'',34,1),
+(918,'2019-07-15 03:54:06','74','ID: 74 (atomic structure)',3,'',34,1),
+(919,'2019-07-18 21:15:01','22','ID: 22 (1 data points)',2,'[{\"deleted\": {\"name\": \"datapoint\", \"object\": \"ID: None\"}}, {\"changed\": {\"name\": \"numerical value\", \"object\": \"ID: 2647\", \"fields\": [\"value_type\"]}}, {\"deleted\": {\"name\": \"numerical value\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"numerical value\", \"object\": \"ID: None\"}}, {\"added\": {\"name\": \"upper bound\", \"object\": \"ID: 2647\"}}]',33,15),
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+(921,'2019-07-21 05:42:07','55','ID: 55 (atomic structure)',3,'',34,1),
+(922,'2019-07-21 05:42:07','59','ID: 59 (atomic structure)',3,'',34,1),
+(923,'2019-07-21 05:42:07','66','ID: 66 (atomic structure)',3,'',34,1),
+(924,'2019-08-07 18:31:38','169','ID: 169 (atomic structure)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"Synthesis references:\\r\\n[1] A. Poglitsch and D. Weber, J. Chem. Phys., 1987, 87, 6373\\u20136378.\\r\\n[2] Q. Xu, T. Eguchi, H. Nakayama, N. Nakamura and M. Kishita, Z. Naturforsch., A: Phys. Sci., 1991, 46, 240\\u2013246.\"}}]',34,1),
+(925,'2019-08-07 18:32:12','168','ID: 168 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 35\", \"fields\": [\"description\"]}}]',34,1),
+(926,'2019-08-07 20:21:59','234','ID: 234 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"is_experimental\"]}}]',34,1),
+(927,'2019-08-09 01:46:09','53','(H2AEQT)Sb(2/3)I4',2,'[{\"changed\": {\"fields\": [\"organic\"]}}]',2,1),
+(928,'2019-08-09 14:35:17','467','ID: 467 (atomic structure)',2,'[{\"changed\": {\"name\": \"comment\", \"object\": \"References: [1] Mitzi, D. B.; Chondroudis, K.; Kagan, C. R. Inorg. Chem. 1999, 38, 6246.\", \"fields\": [\"text\"]}}]',34,1),
+(929,'2019-08-09 14:35:33','466','ID: 466 (atomic structure)',2,'[{\"changed\": {\"name\": \"comment\", \"object\": \"References: [1] Mitzi, D. B.; Chondroudis, K.; Kagan, C. R. Inorg. Chem. 1999, 38, 6246.\", \"fields\": [\"text\"]}}]',34,1),
+(930,'2019-08-11 20:54:31','239','ID: 239 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"dimensionality\"]}}]',34,1),
+(931,'2019-08-11 20:54:56','465','ID: 465 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"dimensionality\"]}}]',34,1),
+(932,'2019-08-11 20:55:24','344','ID: 344 (band structure)',2,'[{\"changed\": {\"fields\": [\"dimensionality\"]}}]',34,1),
+(933,'2019-08-11 23:06:33','468','ID: 468 (absorption)',2,'[{\"changed\": {\"fields\": [\"is_figure\"]}}]',34,16),
+(934,'2019-08-11 23:27:55','472','ID: 472 (absorption)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 192\", \"fields\": [\"starting_materials\", \"product\", \"description\"]}}]',34,16),
+(935,'2019-08-11 23:38:08','470','ID: 470 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"primary_property_label\"]}}]',34,16),
+(936,'2019-08-11 23:41:08','470','ID: 470 (atomic structure)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"Atomic structure also availabe at  CCDC 1573846\"}}]',34,16),
+(937,'2019-08-11 23:45:22','470','ID: 470 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"primary_property_label\"]}}]',34,16),
+(938,'2019-08-12 16:12:58','6','ID: 6 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"reference\"]}}]',34,1),
+(939,'2019-08-13 19:55:59','482','ID: 482 (photoluminescence peak position)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 203\", \"fields\": [\"description\"]}}]',34,1),
+(940,'2019-08-13 19:56:13','481','ID: 481 (photoluminescence peak position)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 202\", \"fields\": [\"description\"]}}]',34,1),
+(941,'2019-08-13 19:56:25','480','ID: 480 (photoluminescence peak position)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 201\", \"fields\": [\"description\"]}}]',34,1),
+(942,'2019-08-14 15:24:29','9','garnett',2,'[{\"changed\": {\"name\": \"user profile\", \"object\": \"garnett\", \"fields\": [\"institution\"]}}]',19,15),
+(943,'2019-08-14 15:24:34','6','nailao',2,'[{\"changed\": {\"name\": \"user profile\", \"object\": \"nailao\", \"fields\": [\"institution\"]}}]',19,15),
+(944,'2019-08-14 15:24:39','15','raul_l',2,'[{\"changed\": {\"name\": \"user profile\", \"object\": \"raul_l\", \"fields\": [\"institution\"]}}]',19,15),
+(945,'2019-08-14 15:24:44','13','smj64',2,'[{\"changed\": {\"name\": \"user profile\", \"object\": \"smj64\", \"fields\": [\"institution\"]}}]',19,15),
+(946,'2019-08-14 15:24:49','8','volkerblum',2,'[{\"changed\": {\"name\": \"user profile\", \"object\": \"volkerblum\", \"fields\": [\"institution\"]}}]',19,15),
+(947,'2019-08-14 15:25:01','16','xq36',2,'[{\"changed\": {\"name\": \"user profile\", \"object\": \"xq36\", \"fields\": [\"institution\"]}}]',19,15),
+(948,'2019-08-14 15:25:18','15','raul_l',2,'[{\"changed\": {\"name\": \"user profile\", \"object\": \"raul_l\", \"fields\": [\"description\"]}}]',19,15),
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+(952,'2019-08-14 20:33:07','56','EA4Pb3Br10',2,'[{\"changed\": {\"fields\": [\"compound_name\", \"organic\"]}}]',2,16),
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+(962,'2019-08-15 00:54:41','381','ID: 381 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"dimensionality\"]}}]',34,1),
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+(984,'2019-08-15 01:59:56','348','ID: 348 (band structure)',2,'[{\"changed\": {\"fields\": [\"dimensionality\"]}}]',34,1),
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+(1020,'2019-08-15 21:34:08','488','ID: 488 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 208\", \"fields\": [\"description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 209\", \"fields\": [\"description\"]}}]',34,16),
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+(1047,'2019-08-19 17:53:50','527','ID: 527 (band gap)',2,'[{\"changed\": {\"fields\": [\"caption\"]}}]',34,20),
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+(1049,'2019-08-19 18:04:12','517','ID: 517 (atomic structure)',2,'[{\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 243\"}}]',34,21),
+(1050,'2019-08-19 18:11:07','517','ID: 517 (atomic structure)',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 245\"}}]',34,21),
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+(1055,'2019-08-19 18:17:57','530','ID: 530 (band gap)',2,'[]',34,20),
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+(1065,'2019-08-19 18:54:30','539','ID: 539 (band gap)',2,'[]',34,20),
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+(1070,'2019-08-19 19:24:46','528','ID: 528 (atomic structure)',3,'',34,23),
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+(1136,'2019-08-21 17:01:34','272','ID: 272 (atomic structure)',2,'[{\"deleted\": {\"name\": \"additional file\", \"object\": \"ID: None\"}}, {\"added\": {\"name\": \"input data file\", \"object\": \"ID: 437\"}}]',34,15),
+(1137,'2019-08-21 17:01:55','273','ID: 273 (atomic structure)',2,'[{\"deleted\": {\"name\": \"additional file\", \"object\": \"ID: None\"}}, {\"added\": {\"name\": \"input data file\", \"object\": \"ID: 438\"}}]',34,15),
+(1138,'2019-08-21 20:15:44','573','ID: 573 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"primary_property_label\", \"secondary_property_label\"]}}]',34,22),
+(1139,'2019-08-21 20:16:09','573','ID: 573 (photoluminescence)',2,'[]',34,22),
+(1140,'2019-08-21 20:18:05','9','(PEA)2PbI4',2,'[{\"changed\": {\"fields\": [\"description\"]}}]',2,22),
+(1141,'2019-08-21 20:18:45','573','ID: 573 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"dimensionality\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 726 (91 data points)\", \"fields\": [\"crystal_system\"]}}]',34,22),
+(1142,'2019-08-21 20:20:02','573','ID: 573 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"reference\"]}}]',34,22),
+(1143,'2019-08-21 20:43:02','92','(BA)2(MA)2Pb3I10',2,'[{\"changed\": {\"fields\": [\"compound_name\"]}}]',2,22),
+(1144,'2019-08-21 20:43:07','540','ID: 540 (atomic structure)',2,'[]',34,22),
+(1145,'2019-08-22 01:26:17','102','C4N2H14PbBr4',2,'[{\"changed\": {\"fields\": [\"compound_name\", \"formula\", \"organic\"]}}]',2,1),
+(1146,'2019-08-22 02:39:00','588','ID: 588 (atomic structure)',2,'[{\"added\": {\"name\": \"input data file\", \"object\": \"ID: 454\"}}]',34,1),
+(1147,'2019-08-22 02:46:21','83','2019 -   / / , / \"Jun Hu, Wei You, to be published\"',1,'[{\"added\": {}}]',3,21),
+(1148,'2019-08-22 02:46:36','522','ID: 522 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"reference\"]}}]',34,21),
+(1149,'2019-08-22 02:47:18','565','ID: 565 (absorbance)',2,'[{\"changed\": {\"fields\": [\"reference\"]}}]',34,21),
+(1150,'2019-08-22 02:47:46','562','ID: 562 (absorbance)',2,'[{\"changed\": {\"fields\": [\"reference\"]}}]',34,21),
+(1151,'2019-08-22 04:59:54','589','ID: 589 (atomic structure)',2,'[{\"deleted\": {\"name\": \"additional file\", \"object\": \"ID: None\"}}, {\"added\": {\"name\": \"input data file\", \"object\": \"ID: 455\"}}]',34,1),
+(1152,'2019-08-22 05:14:18','474','ID: 474 (atomic structure)',2,'[{\"added\": {\"name\": \"input data file\", \"object\": \"ID: 456\"}}]',34,1),
+(1153,'2019-08-23 01:18:05','121','(C6H4(NH3)2)PbI4-2H2O',2,'[{\"changed\": {\"fields\": [\"organic\"]}}]',2,1),
+(1154,'2019-08-23 01:18:55','121','(H3NC6H4NH3)PbI4-2H2O',2,'[{\"changed\": {\"fields\": [\"compound_name\", \"organic\"]}}]',2,1),
+(1155,'2019-08-23 01:28:46','468','David Billing, University of the Witwaters...',2,'[{\"changed\": {\"fields\": [\"first_name\", \"last_name\"]}}]',5,1),
+(1156,'2019-08-23 01:28:58','467','Andreas Lemmerer, University of the Witwat...',2,'[{\"changed\": {\"fields\": [\"first_name\", \"last_name\"]}}]',5,1),
+(1157,'2019-08-23 01:33:42','591','ID: 591 (atomic structure)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 379\"}}]',34,1),
+(1158,'2019-08-23 01:35:48','122','(C6H3NH3(CH3)2)2PbI4',2,'[{\"changed\": {\"fields\": [\"group\", \"organic\"]}}]',2,1),
+(1159,'2019-08-23 01:37:49','121','(H3NC6H4NH3)PbI4-2H2O',2,'[{\"changed\": {\"fields\": [\"group\"]}}]',2,1),
+(1160,'2019-08-24 13:44:46','596','ID: 596 (photoluminescence)',2,'[]',34,22),
+(1161,'2019-08-24 14:21:28','77','Dion Jacobsen',2,'[]',2,22),
+(1162,'2019-08-24 14:22:07','77','Dion Jacobsen',2,'[]',2,22),
+(1163,'2019-08-24 14:22:48','77','(3-AMP)2PbI4',2,'[{\"changed\": {\"fields\": [\"compound_name\", \"formula\"]}}]',2,22),
+(1164,'2019-08-24 14:22:52','524','ID: 524 (atomic structure)',2,'[]',34,22),
+(1165,'2019-08-24 14:24:38','77','(3-AMP)2(MA)3Pb4I13',2,'[{\"changed\": {\"fields\": [\"compound_name\", \"formula\"]}}]',2,22),
+(1166,'2019-08-24 14:46:21','554','ID: 554 (atomic structure)',2,'[]',34,22),
+(1167,'2019-08-24 23:41:10','605','ID: 605 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"primary_property\", \"primary_unit\"]}}]',34,22),
+(1168,'2019-08-25 00:18:18','126','(PEA)2(MA)2Pb3I10',2,'[{\"changed\": {\"fields\": [\"compound_name\", \"formula\", \"organic\"]}}]',2,22),
+(1169,'2019-08-25 00:18:22','607','ID: 607 (atomic structure)',2,'[]',34,22),
+(1170,'2019-08-27 19:01:42','22','Sampreeti',2,'[{\"changed\": {\"fields\": [\"is_superuser\"]}}]',19,15),
+(1171,'2019-08-27 19:04:50','98','Butyl ammonium Lead Iodide',2,'[{\"changed\": {\"fields\": [\"formula\"]}}]',2,22),
+(1172,'2019-08-27 19:04:55','533','ID: 533 (atomic structure)',2,'[]',34,22),
+(1173,'2019-08-28 17:43:09','24','xinyi',2,'[{\"changed\": {\"fields\": [\"password\"]}}]',19,1),
+(1174,'2019-08-28 17:45:08','24','xinyi',2,'[{\"changed\": {\"fields\": [\"is_active\"]}}]',19,1),
+(1175,'2019-08-28 19:33:39','629','ID: 629 (photoluminescence)',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 400\", \"fields\": [\"value\"]}}]',34,22),
+(1176,'2019-08-30 01:46:39','81','(C6H5C2H4NH3)2PbI4',3,'',2,1),
+(1177,'2019-08-30 02:13:59','630','ID: 630 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"dimensionality\"]}}]',34,1),
+(1178,'2019-08-30 19:07:02','633','ID: 633 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 333\", \"fields\": [\"starting_materials\", \"product\", \"description\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 325\"}}, {\"added\": {\"name\": \"comment\", \"object\": \"https://www.ccdc.cam.ac.uk/structures/Search?Doi=10.1021%2Fcm010105g&DatabaseToSearch=Published\"}}]',34,21),
+(1179,'2019-09-01 14:21:10','635','ID: 635 (atomic structure)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 403\"}}]',34,1),
+(1180,'2019-09-03 19:09:09','20','dseyit',2,'[{\"changed\": {\"name\": \"user profile\", \"object\": \"dseyit\", \"fields\": [\"description\", \"institution\"]}}]',19,15),
+(1181,'2019-09-03 19:10:08','12','cbclayto',2,'[{\"changed\": {\"name\": \"user profile\", \"object\": \"cbclayto\", \"fields\": [\"description\", \"institution\"]}}]',19,15),
+(1182,'2019-09-03 19:10:23','9','garnett',2,'[{\"changed\": {\"name\": \"user profile\", \"object\": \"garnett\", \"fields\": [\"description\", \"institution\"]}}]',19,15),
+(1183,'2019-09-03 19:10:58','19','jmendes2',2,'[{\"changed\": {\"name\": \"user profile\", \"object\": \"jmendes2\", \"fields\": [\"description\"]}}]',19,15),
+(1184,'2019-09-03 19:11:33','21','JunHu',2,'[{\"changed\": {\"name\": \"user profile\", \"object\": \"JunHu\", \"fields\": [\"description\", \"institution\"]}}]',19,15),
+(1185,'2019-09-03 19:12:35','2','matti',2,'[{\"changed\": {\"name\": \"user profile\", \"object\": \"matti\", \"fields\": [\"description\", \"institution\"]}}]',19,15),
+(1186,'2019-09-03 19:14:31','23','mkj18',2,'[{\"changed\": {\"name\": \"user profile\", \"object\": \"mkj18\", \"fields\": [\"description\", \"institution\"]}}]',19,15),
+(1187,'2019-09-03 19:15:06','15','raul_l',2,'[{\"changed\": {\"name\": \"user profile\", \"object\": \"raul_l\", \"fields\": [\"description\"]}}]',19,15),
+(1188,'2019-09-03 19:16:10','13','smj64',2,'[{\"changed\": {\"name\": \"user profile\", \"object\": \"smj64\", \"fields\": [\"description\"]}}]',19,15),
+(1189,'2019-09-03 19:16:26','18','sryatduke',2,'[{\"changed\": {\"fields\": [\"first_name\", \"last_name\"]}}]',19,15),
+(1190,'2019-09-03 19:16:50','8','volkerblum',2,'[{\"changed\": {\"name\": \"user profile\", \"object\": \"volkerblum\", \"fields\": [\"description\"]}}]',19,15),
+(1191,'2019-09-03 19:20:23','1','xd24',2,'[{\"changed\": {\"name\": \"user profile\", \"object\": \"xd24\", \"fields\": [\"description\"]}}]',19,15),
+(1192,'2019-09-03 19:22:45','24','xinyi',3,'',19,15),
+(1193,'2019-09-03 19:23:00','16','xq36',2,'[{\"changed\": {\"name\": \"user profile\", \"object\": \"xq36\", \"fields\": [\"description\"]}}]',19,15),
+(1194,'2019-09-03 23:00:27','644','ID: 644 (atomic structure)',2,'[{\"changed\": {\"name\": \"comment\", \"object\": \"CIF file available at DOI link.\", \"fields\": [\"text\"]}}]',34,1),
+(1195,'2019-09-05 20:30:41','648','ID: 648 (atomic structure)',2,'[{\"changed\": {\"name\": \"computational details\", \"object\": \"ID: 134\", \"fields\": [\"k_point_grid\", \"basis_set_definition\"]}}]',34,1),
+(1196,'2019-09-05 20:32:45','647','ID: 647 (atomic structure)',2,'[{\"changed\": {\"name\": \"computational details\", \"object\": \"ID: 133\", \"fields\": [\"k_point_grid\", \"basis_set_definition\"]}}]',34,1),
+(1197,'2019-09-05 20:35:05','649','ID: 649 (atomic structure)',2,'[{\"changed\": {\"name\": \"computational details\", \"object\": \"ID: 135\", \"fields\": [\"k_point_grid\", \"basis_set_definition\"]}}]',34,1),
+(1198,'2019-09-05 20:37:34','650','ID: 650 (atomic structure)',2,'[{\"changed\": {\"name\": \"computational details\", \"object\": \"ID: 136\", \"fields\": [\"k_point_grid\", \"basis_set_definition\"]}}]',34,1),
+(1199,'2019-09-05 20:42:21','651','ID: 651 (atomic structure)',2,'[{\"changed\": {\"name\": \"computational details\", \"object\": \"ID: 137\", \"fields\": [\"k_point_grid\", \"basis_set_definition\"]}}]',34,1),
+(1200,'2019-09-10 22:51:15','663','ID: 663 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"dimensionality\"]}}]',34,18),
+(1201,'2019-09-11 18:41:14','18','sryatduke',2,'[{\"changed\": {\"fields\": [\"is_superuser\"]}}]',19,15),
+(1202,'2019-09-13 20:41:55','679','ID: 679 (photoluminescence)',3,'',34,15),
+(1203,'2019-09-13 20:41:55','678','ID: 678 (photoluminescence)',3,'',34,15),
+(1204,'2019-09-13 20:41:55','677','ID: 677 (photoluminescence)',3,'',34,15),
+(1205,'2019-09-13 20:41:55','676','ID: 676 (photoluminescence)',3,'',34,15),
+(1206,'2019-09-13 20:41:55','675','ID: 675 (photoluminescence)',3,'',34,15),
+(1207,'2019-09-13 20:41:55','674','ID: 674 (photoluminescence)',3,'',34,15),
+(1208,'2019-09-18 17:15:10','690','ID: 690 (absorption)',2,'[{\"changed\": {\"fields\": [\"caption\"]}}]',34,19),
+(1209,'2019-09-19 20:32:13','710','ID: 710 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"caption\", \"primary_property\"]}}]',34,19),
+(1210,'2019-09-19 20:33:12','710','ID: 710 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"linked_to\"]}}]',34,19),
+(1211,'2019-09-19 20:34:00','710','ID: 710 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"linked_to\"]}}]',34,19),
+(1212,'2019-09-21 19:31:11','711','ID: 711 (bandgap)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 392\", \"fields\": [\"starting_materials\", \"product\", \"description\"]}}]',34,20),
+(1213,'2019-09-22 03:46:22','199','(NH3C8H16NH3)(MA)Pb2I7',2,'[{\"changed\": {\"fields\": [\"inorganic\"]}}]',2,16),
+(1214,'2019-09-22 03:46:32','200','(NH3C8H16NH3)(MA)2Pb3I10',2,'[{\"changed\": {\"fields\": [\"inorganic\"]}}]',2,16),
+(1215,'2019-09-25 15:18:09','12','cbclayto',2,'[{\"changed\": {\"name\": \"user profile\", \"object\": \"cbclayto\", \"fields\": [\"description\"]}}]',19,15),
+(1216,'2019-10-30 12:55:56','25','mgovoni',2,'[{\"changed\": {\"fields\": [\"is_active\", \"is_staff\"]}}]',19,15),
+(1217,'2019-10-30 18:11:13','18','sryatduke',2,'[{\"changed\": {\"fields\": [\"is_superuser\"]}}]',19,15),
+(1218,'2019-10-30 18:11:20','22','Sampreeti',2,'[{\"changed\": {\"fields\": [\"is_superuser\"]}}]',19,15),
+(1219,'2019-11-15 18:27:30','561','ID: 561 (absorption)',2,'[{\"changed\": {\"fields\": [\"doi\"]}}]',34,15),
+(1220,'2019-11-15 19:56:36','561','ID: 561 (absorption)',2,'[{\"changed\": {\"fields\": [\"doi\"]}}]',34,15),
+(1221,'2019-11-15 19:58:04','561','ID: 561 (absorption)',2,'[{\"changed\": {\"fields\": [\"doi\"]}}]',34,15),
+(1222,'2019-11-15 20:16:17','43','(NMEDA)PbBr4',3,'',2,15),
+(1223,'2019-11-15 20:16:31','52','(C6H11NH3)2PbBr4',3,'',2,15),
+(1224,'2019-11-15 20:16:49','112','MeTz-PhMA2PbI4',3,'',2,15),
+(1225,'2019-11-15 20:17:07','139','(2-FPEA)2PbI4',3,'',2,15),
+(1226,'2019-11-15 20:17:16','163','[Cu(O2C–(CH2)3–NH3)2]PbBr4',3,'',2,15),
+(1227,'2020-02-06 08:46:00','18','sryatduke',2,'[{\"changed\": {\"fields\": [\"is_superuser\"]}}]',19,15),
+(1228,'2020-02-06 08:46:13','16','xq36',2,'[{\"changed\": {\"fields\": [\"is_superuser\"]}}]',19,15),
+(1229,'2020-02-06 18:17:07','30','rundongzhao',2,'[{\"changed\": {\"fields\": [\"is_active\", \"is_staff\", \"is_superuser\"]}}]',19,18),
+(1230,'2020-02-06 20:13:06','8','volkerblum',2,'[{\"changed\": {\"fields\": [\"is_superuser\"]}}]',19,15),
+(1231,'2020-02-06 20:25:17','30','rundongzhao',2,'[{\"changed\": {\"name\": \"user profile\", \"object\": \"rundongzhao\", \"fields\": [\"description\", \"institution\"]}}]',19,30),
+(1232,'2020-02-25 19:04:43','742','ID: 742 (band structure)',2,'[{\"changed\": {\"name\": \"computational details\", \"object\": \"ID: 142\", \"fields\": [\"numerical_accuracy\"]}}]',34,16),
+(1233,'2020-02-25 19:12:45','225','ID: 225 (atomic structure)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"This is experimentally resolved structure and it contains some disorder in the structure. We recommend to use this (PEA)2PbI4 structure as the most stable (PEA)2PbI4 structure. The theoretically relaxed (PEA)2PbI4 with PBE+tight setting to max.force below 0.005 eV/AA is also available in the database.\"}}]',34,16),
+(1234,'2020-04-09 19:20:42','33','wangtianlin',2,'[{\"changed\": {\"fields\": [\"is_staff\"]}}]',19,1),
+(1235,'2020-04-14 21:05:55','34','HP',2,'[{\"changed\": {\"fields\": [\"is_staff\"]}}]',19,18),
+(1236,'2020-04-17 20:17:14','35','becca.lau',2,'[{\"changed\": {\"fields\": [\"is_active\", \"is_staff\"]}}]',19,18),
+(1237,'2020-04-17 20:17:23','38','BeccaLau',2,'[{\"changed\": {\"fields\": [\"is_staff\"]}}]',19,18),
+(1238,'2020-04-17 20:18:45','36','gabriellekoknat',2,'[{\"changed\": {\"fields\": [\"is_active\", \"is_staff\"]}}]',19,18),
+(1239,'2020-04-17 20:19:09','32','tw219',2,'[{\"changed\": {\"fields\": [\"is_active\", \"is_staff\"]}}]',19,18),
+(1240,'2020-04-18 23:19:38','715','ID: 715 (band gap)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(1241,'2020-04-18 23:19:52','712','ID: 712 (band gap)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(1242,'2020-04-18 23:20:05','711','ID: 711 (band gap)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(1243,'2020-04-18 23:20:17','563','ID: 563 (band gap)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(1244,'2020-04-18 23:20:30','544','ID: 544 (band gap)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(1245,'2020-04-24 23:43:18','747','ID: 747 (atomic structure)',2,'[]',34,35),
+(1246,'2020-04-24 23:47:15','747','ID: 747 (atomic structure)',2,'[]',34,35),
+(1247,'2020-04-25 00:15:05','749','ID: 749 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"primary_unit\"]}}]',34,35),
+(1248,'2020-04-25 16:32:21','752','ID: 752 (photoluminescence peak position)',2,'[]',34,35),
+(1249,'2020-04-26 00:39:18','758','ID: 758 (photoluminescence peak position)',2,'[]',34,35),
+(1250,'2020-04-26 13:29:57','561','ID: 561 (absorbance)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(1251,'2020-04-26 13:30:07','708','ID: 708 (absorbance)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(1252,'2020-04-26 13:33:20','706','ID: 706 (absorbance)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(1253,'2020-04-26 13:33:31','704','ID: 704 (absorbance)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(1254,'2020-04-26 13:34:09','702','ID: 702 (absorbance)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(1255,'2020-04-26 13:34:20','698','ID: 698 (absorbance)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(1256,'2020-04-26 13:34:36','695','ID: 695 (absorbance)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(1257,'2020-04-26 13:34:44','690','ID: 690 (absorbance)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(1258,'2020-04-26 13:34:53','660','ID: 660 (absorbance)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(1259,'2020-04-26 13:35:01','472','ID: 472 (absorbance)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(1260,'2020-04-26 13:35:22','469','ID: 469 (absorbance)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(1261,'2020-04-26 13:36:29','686','ID: 686 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"caption\", \"primary_property\"]}}]',34,1),
+(1262,'2020-04-26 14:13:54','8','absorption (deprecated)',2,'[{\"changed\": {\"fields\": [\"name\"]}}]',29,1),
+(1263,'2020-04-26 14:14:04','20','absorption',2,'[{\"changed\": {\"fields\": [\"name\"]}}]',29,1),
+(1264,'2020-04-26 14:14:09','469','ID: 469 (absorption)',2,'[]',34,1),
+(1265,'2020-04-26 15:25:44','770','ID: 770 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,35),
+(1266,'2020-04-26 15:40:42','774','ID: 774 (photoluminescence)',3,'',34,35),
+(1267,'2020-04-26 21:17:38','785','ID: 785 (atomic structure)',3,'',34,35),
+(1268,'2020-04-26 21:52:33','781','ID: 781 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,35),
+(1269,'2020-04-26 21:54:22','783','ID: 783 (absorption)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,35),
+(1270,'2020-04-26 21:56:12','783','ID: 783 (absorbance)',2,'[{\"changed\": {\"fields\": [\"primary_property\", \"primary_property_label\"]}}]',34,35),
+(1271,'2020-04-26 21:56:54','783','ID: 783 (absorption)',2,'[{\"changed\": {\"fields\": [\"primary_property\", \"primary_property_label\"]}}]',34,35),
+(1272,'2020-04-27 00:13:03','788','ID: 788 (absorption)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,35),
+(1273,'2020-04-27 00:13:42','788','ID: 788 (absorption)',2,'[{\"changed\": {\"fields\": [\"primary_property_label\"]}}]',34,35),
+(1274,'2020-04-27 00:17:39','795','ID: 795 (absorbance)',2,'[{\"changed\": {\"fields\": [\"primary_unit\", \"primary_property_label\"]}}]',34,35),
+(1275,'2020-04-27 00:18:22','795','ID: 795 (absorption)',2,'[{\"changed\": {\"fields\": [\"primary_property\", \"primary_property_label\"]}}]',34,35),
+(1276,'2020-04-27 02:28:20','798','ID: 798 (band gap)',2,'[{\"changed\": {\"fields\": [\"extraction_method\"]}}]',34,35),
+(1277,'2020-04-27 02:29:09','799','ID: 799 (absorption)',2,'[{\"changed\": {\"fields\": [\"extraction_method\"]}}]',34,35),
+(1278,'2020-04-28 14:01:18','35','becca.lau',2,'[{\"changed\": {\"fields\": [\"is_superuser\"]}}]',19,1),
+(1279,'2020-05-01 19:34:11','91','3-(aminomethyl)piperidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"compound_name\", \"organic\"]}}]',2,35),
+(1280,'2020-05-01 19:51:31','17','(BA)2PbI4',2,'[{\"changed\": {\"fields\": [\"compound_name\"]}}]',2,35),
+(1281,'2020-05-02 21:04:53','800','ID: 800 (atomic structure)',2,'[{\"added\": {\"name\": \"additional file\", \"object\": \"ID: 2274\"}}]',34,35),
+(1282,'2020-05-02 21:06:38','800','ID: 800 (atomic structure)',2,'[{\"added\": {\"name\": \"additional file\", \"object\": \"ID: 2275\"}}]',34,35),
+(1283,'2020-05-02 21:15:06','804','ID: 804 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"is_experimental\", \"extraction_method\"]}}]',34,35),
+(1284,'2020-05-02 21:16:01','804','ID: 804 (atomic structure)',2,'[]',34,35),
+(1285,'2020-05-02 21:18:33','804','ID: 804 (atomic structure)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"Atomic structure attached is the relaxed PBE+TS structure.\"}}]',34,35),
+(1286,'2020-05-02 21:19:42','804','ID: 804 (atomic structure)',2,'[]',34,35),
+(1287,'2020-05-02 21:20:32','804','ID: 804 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"linked_to\"]}}]',34,35),
+(1288,'2020-05-02 21:25:33','802','ID: 802 (absorption)',2,'[{\"changed\": {\"fields\": [\"extraction_method\"]}}]',34,35),
+(1289,'2020-05-02 21:26:37','803','ID: 803 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"extraction_method\"]}}]',34,35),
+(1290,'2020-05-02 21:30:35','221','(BTm)2PbI4',2,'[]',2,35),
+(1291,'2020-05-02 21:31:58','804','ID: 804 (atomic structure)',2,'[{\"added\": {\"name\": \"additional file\", \"object\": \"ID: 2277\"}}]',34,35),
+(1292,'2020-05-02 21:34:39','804','ID: 804 (atomic structure)',2,'[{\"deleted\": {\"name\": \"additional file\", \"object\": \"ID: None\"}}]',34,35),
+(1293,'2020-05-02 21:35:35','804','ID: 804 (atomic structure)',2,'[{\"deleted\": {\"name\": \"additional file\", \"object\": \"ID: None\"}}]',34,35),
+(1294,'2020-05-02 21:35:59','804','ID: 804 (atomic structure)',2,'[]',34,35),
+(1295,'2020-05-02 21:36:36','801','ID: 801 (band gap)',2,'[{\"added\": {\"name\": \"additional file\", \"object\": \"ID: 2278\"}}]',34,35),
+(1296,'2020-05-02 21:37:22','802','ID: 802 (absorption)',2,'[]',34,35),
+(1297,'2020-05-02 21:37:48','803','ID: 803 (photoluminescence)',2,'[]',34,35),
+(1298,'2020-05-02 21:40:27','798','ID: 798 (band gap)',2,'[{\"changed\": {\"fields\": [\"linked_to\"]}}]',34,35),
+(1299,'2020-05-02 21:45:11','799','ID: 799 (absorption)',2,'[{\"changed\": {\"fields\": [\"extraction_method\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 407\", \"fields\": [\"method\", \"description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Absorption correction was performed with Multi-scan SADABS 2016/2: Krause, L., Herbst-Irmer, R., Sheldrick G.M. & Stalke D., J. Appl. Cryst. 48 (2015) 3-10.\"}}]',34,35),
+(1300,'2020-05-02 21:47:39','802','ID: 802 (absorption)',2,'[{\"changed\": {\"name\": \"computational details\", \"object\": \"ID: 173\", \"fields\": [\"code\"]}}]',34,35),
+(1301,'2020-05-02 22:08:01','794','ID: 794 (band gap)',2,'[{\"changed\": {\"fields\": [\"linked_to\"]}}, {\"deleted\": {\"name\": \"additional file\", \"object\": \"ID: None\"}}]',34,35),
+(1302,'2020-05-02 22:14:23','788','ID: 788 (absorption)',2,'[{\"changed\": {\"fields\": [\"extraction_method\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 399\", \"fields\": [\"method\", \"description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Absorption correction was performed with Multi-scan SADABS 2016/2: Krause, L., Herbst-Irmer, R., Sheldrick G.M. & Stalke D., J. Appl. Cryst. 48 (2015) 3-10.\"}}, {\"changed\": {\"name\": \"computational details\", \"object\": \"ID: 161\", \"fields\": [\"code\", \"xc_functional\", \"level_of_relativity\"]}}]',34,35),
+(1303,'2020-05-02 22:15:40','794','ID: 794 (band gap)',2,'[{\"changed\": {\"name\": \"computational details\", \"object\": \"ID: 166\", \"fields\": [\"xc_functional\"]}}]',34,35),
+(1304,'2020-05-02 22:24:35','763','ID: 763 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"linked_to\"]}}]',34,35),
+(1305,'2020-05-02 22:26:11','795','ID: 795 (absorption)',2,'[{\"changed\": {\"fields\": [\"extraction_method\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 405\", \"fields\": [\"method\", \"description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Absorption corrections were made with Multi-scan SADABS 2016/2: Krause, L., Herbst-Irmer, R., Sheldrick G.M. & Stalke D. (2015). J. Appl. Cryst. 48 3-10.\"}}, {\"changed\": {\"name\": \"computational details\", \"object\": \"ID: 167\", \"fields\": [\"code\"]}}]',34,35),
+(1306,'2020-05-02 22:26:35','795','ID: 795 (absorption)',2,'[{\"changed\": {\"name\": \"computational details\", \"object\": \"ID: 167\", \"fields\": [\"code\"]}}]',34,35),
+(1307,'2020-05-02 22:27:22','777','ID: 777 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"extraction_method\"]}}]',34,35),
+(1308,'2020-05-02 22:28:39','792','ID: 792 (atomic structure)',2,'[{\"changed\": {\"name\": \"computational details\", \"object\": \"ID: 164\", \"fields\": [\"code\"]}}]',34,35),
+(1309,'2020-05-02 22:33:37','805','ID: 805 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"extraction_method\"]}}, {\"added\": {\"name\": \"comment\", \"object\": \"Structure attached is the PBE+TS relaxed structure of (2T)2PbI4.\"}}]',34,35),
+(1310,'2020-05-02 22:34:18','805','ID: 805 (atomic structure)',2,'[]',34,35),
+(1311,'2020-05-03 21:12:30','808','ID: 808 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 416\", \"fields\": [\"description\"]}}]',34,35),
+(1312,'2020-05-03 21:13:07','806','ID: 806 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 414\", \"fields\": [\"description\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 985 (6 data points)\", \"fields\": [\"crystal_system\"]}}]',34,35),
+(1313,'2020-05-03 21:13:56','807','ID: 807 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 415\", \"fields\": [\"description\"]}}]',34,35),
+(1314,'2020-05-03 21:14:27','806','ID: 806 (atomic structure)',2,'[]',34,35),
+(1315,'2020-05-03 21:53:16','810','ID: 810 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 419\"}}]',34,35),
+(1316,'2020-05-03 21:53:56','811','ID: 811 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 420\"}}]',34,35),
+(1317,'2020-05-03 21:54:36','812','ID: 812 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 421\"}}]',34,35),
+(1318,'2020-05-03 21:55:26','813','ID: 813 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 422\"}}]',34,35),
+(1319,'2020-05-03 21:58:24','815','ID: 815 (band gap)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"Tauc plots were generated using (\\u03b1\\u2019\\u00b7h\\u03bd)2 vs. h\\u03bd for direct bandgap and (\\u03b1\\u2019\\u00b7h\\u03bd)1/2 vs. h\\u03bd for indirect bandgap semiconductors. The linear portion was extrapolated to the baseline, resulting in the bandage value Eg.\"}}]',34,35),
+(1320,'2020-05-03 22:01:35','806','ID: 806 (atomic structure)',2,'[{\"added\": {\"name\": \"computational details\", \"object\": \"ID: 182\"}}, {\"added\": {\"name\": \"comment\", \"object\": \"Structures were determined via direct methods and expanded through successive difference Fourier maps using SHELXS-97, later refined against all data using the SHELXS-97 software package.\"}}]',34,35),
+(1321,'2020-05-03 22:01:56','807','ID: 807 (atomic structure)',2,'[{\"added\": {\"name\": \"computational details\", \"object\": \"ID: 183\"}}, {\"added\": {\"name\": \"comment\", \"object\": \"Structures were determined via direct methods and expanded through successive difference Fourier maps using SHELXS-97, later refined against all data using the SHELXS-97 software package.\"}}]',34,35),
+(1322,'2020-05-03 22:02:18','808','ID: 808 (atomic structure)',2,'[{\"added\": {\"name\": \"computational details\", \"object\": \"ID: 184\"}}, {\"added\": {\"name\": \"comment\", \"object\": \"Structures were determined via direct methods and expanded through successive difference Fourier maps using SHELXS-97, later refined against all data using the SHELXS-97 software package.\"}}]',34,35),
+(1323,'2020-05-03 22:02:47','809','ID: 809 (atomic structure)',2,'[{\"added\": {\"name\": \"computational details\", \"object\": \"ID: 185\"}}, {\"added\": {\"name\": \"comment\", \"object\": \"Structures were determined via direct methods and expanded through successive difference Fourier maps using SHELXS-97, later refined against all data using the SHELXS-97 software package.\"}}]',34,35),
+(1324,'2020-05-03 23:07:26','820','ID: 820 (Conductivity)',2,'[{\"changed\": {\"fields\": [\"primary_property_label\"]}}]',34,35),
+(1325,'2020-05-03 23:08:21','820','ID: 820 (Conductivity)',2,'[{\"changed\": {\"fields\": [\"primary_property_label\"]}}]',34,35),
+(1326,'2020-05-03 23:09:17','814','ID: 814 (activation energy)',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,35),
+(1327,'2020-05-03 23:09:35','815','ID: 815 (band gap)',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}]',34,35),
+(1328,'2020-05-03 23:09:58','813','ID: 813 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}]',34,35),
+(1329,'2020-05-03 23:10:10','812','ID: 812 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}]',34,35),
+(1330,'2020-05-03 23:10:22','811','ID: 811 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}]',34,35),
+(1331,'2020-05-03 23:10:33','810','ID: 810 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}]',34,35),
+(1332,'2020-05-04 00:14:03','223','Cs2AgBiBr6',1,'[{\"added\": {}}]',2,35),
+(1333,'2020-05-04 03:35:35','821','ID: 821 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"linked_to\"]}}]',34,35),
+(1334,'2020-05-06 00:49:56','20','absorption spectrum',2,'[{\"changed\": {\"fields\": [\"name\"]}}]',29,1),
+(1335,'2020-05-06 00:51:22','390','ID: 390 (activation energy)',3,'',34,1),
+(1336,'2020-05-06 00:52:13','17','Powder X-ray diffraction spectrum',2,'[{\"changed\": {\"fields\": [\"name\"]}}]',29,1),
+(1337,'2020-05-06 00:52:55','39','Infrared absorption spectrum',1,'[{\"added\": {}}]',29,1),
+(1338,'2020-05-06 00:53:11','689','ID: 689 (Infrared absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(1339,'2020-05-10 23:20:39','135','2019 -  Y. Gao, E. Shi, S. Deng, S. Shiring, J. Snaider, C. Liang, B. Yuan, R. Song, S. Janke, A. Leibman-Peláez, P. Yoo, M. Zeller, B. Boudouris, P. Liao, C. Zhu, V. Blum, Y. Yu, B. Savoie, L. Huang,',2,'[]',3,35),
+(1340,'2020-05-10 23:21:48','139','2017 -  A. Slavney, R. Smaha, I. Smith, A. Jaffe, D. Umeyama, H. Karunadasa, Inorganic Chemistry 56 , 46 \"Chemical Approaches to Addressing the Instability and Toxicity of Lead-Halide Perovskite Absor',2,'[{\"changed\": {\"fields\": [\"journal\"]}}]',3,35),
+(1341,'2020-05-10 23:23:10','137','2015 -  A. Jaffe, Y. Lin, W. Mao, H. Karunadasa, Journal of the American Chemical Society 137 , 1673 \"Pressure-Induced Conductivity and Yellow-to-Black Piezochromism in a Layered Cu−Cl Hybrid Perovski',2,'[]',3,35),
+(1342,'2020-05-10 23:24:27','138','2016 -  A. Slavney, T. Hu, A. Lindenberg, H. Karunadasa, Journal of the American Chemical Society 138 , 2138 \"A Bismuth-Halide Double Perovskite with Long Carrier Recombination Lifetime for Photovolta',2,'[{\"changed\": {\"fields\": [\"journal\"]}}]',3,35),
+(1343,'2020-05-11 04:07:29','837','ID: 837 (bandgap)',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}]',34,35),
+(1344,'2020-05-11 04:09:09','836','ID: 836 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 434\", \"fields\": [\"method\", \"description\"]}}]',34,35),
+(1345,'2020-05-11 18:22:15','229','(R)-1-phenylethylammonium bromobismuthates(III)',2,'[{\"changed\": {\"fields\": [\"description\"]}}]',2,1),
+(1346,'2020-05-11 18:23:32','229','(R)-1-phenylethylammonium bromobismuthate(III)',2,'[{\"changed\": {\"fields\": [\"compound_name\"]}}]',2,1),
+(1347,'2020-05-11 18:26:59','842','ID: 842 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 457\", \"fields\": [\"description\"]}}]',34,1),
+(1348,'2020-05-14 14:37:15','844','ID: 844 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"dimensionality\", \"sample_type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 459\", \"fields\": [\"starting_materials\", \"product\", \"description\"]}}, {\"changed\": {\"name\": \"comment\", \"object\": \"References: [1] (a) Muguruma, H.; Saito, T.; Sasaki, S.; Hotta, S.; Karube, I. J. Heterocycl. Chem. 1996, 33, 173. (b) Muguruma, H.; Saito, T.; Hiratsuka, A.; Karube, I.; Hotta, S. Langmuir 1996, 12, 5451.\", \"fields\": [\"text\"]}}]',34,1),
+(1349,'2020-05-14 14:52:16','846','ID: 846 (absorption spectrum)',3,'',34,1),
+(1350,'2020-05-14 14:55:48','844','ID: 844 (absorption spectrum)',3,'',34,1),
+(1351,'2020-05-14 15:13:22','845','ID: 845 (photoluminescence)',3,'',34,1),
+(1352,'2020-05-14 15:34:22','852','ID: 852 (photoluminescence excitation)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 448\", \"fields\": [\"method\"]}}]',34,1),
+(1353,'2020-05-14 15:34:40','851','ID: 851 (photoluminescence)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 447\", \"fields\": [\"method\"]}}]',34,1),
+(1354,'2020-05-14 15:34:59','853','ID: 853 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(1355,'2020-05-14 15:35:15','854','ID: 854 (photoluminescence excitation)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(1356,'2020-05-17 16:07:33','869','ID: 869 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 455\", \"fields\": [\"method\", \"description\"]}}]',34,1),
+(1357,'2020-05-17 16:11:01','869','ID: 869 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1050 (79 data points)\", \"fields\": [\"crystal_system\"]}}]',34,1),
+(1358,'2020-05-17 16:14:36','871','ID: 871 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"extraction_method\"]}}]',34,1),
+(1359,'2020-05-17 16:49:23','872','ID: 872 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(1360,'2020-05-17 16:49:56','873','ID: 873 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,1),
+(1361,'2020-05-17 16:53:52','876','ID: 876 (absorption spectrum)',3,'',34,1),
+(1362,'2020-05-18 20:53:14','13','smj64',2,'[{\"changed\": {\"fields\": [\"email\"]}}]',19,13),
+(1363,'2020-05-20 09:20:54','880','ID: 880 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"dimensionality\"]}}]',34,35),
+(1364,'2020-06-04 18:06:08','40','alevin',2,'[{\"changed\": {\"fields\": [\"is_staff\"]}}]',19,18),
+(1365,'2020-06-05 03:10:34','239','[AE2T]PbI4',3,'',2,35),
+(1366,'2020-06-12 05:16:52','907','ID: 907 (band gap)',2,'[{\"changed\": {\"fields\": [\"is_experimental\"]}}]',34,35),
+(1367,'2020-06-15 19:12:20','814','ID: 814 (activation energy)',3,'',34,35),
+(1368,'2020-06-15 19:12:54','24','activation energy',3,'',29,35),
+(1369,'2020-06-19 20:21:52','15','raul_l',2,'[{\"changed\": {\"name\": \"user profile\", \"object\": \"raul_l\", \"fields\": [\"description\"]}}]',19,15),
+(1370,'2020-06-20 00:57:36','786','ID: 786 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"is_experimental\"]}}]',34,35),
+(1371,'2020-06-22 02:17:14','810','ID: 810 (absorption coefficient)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 419\", \"fields\": [\"method\"]}}]',34,35),
+(1372,'2020-06-22 02:23:17','810','ID: 810 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"is_experimental\"]}}, {\"changed\": {\"name\": \"comment\", \"object\": \"Calculated using the following equation: \\u03b1\'(E) = -(1/d)ln[T(E)], where d is sample thickness and T(E) is the transmittance as a function of energy.\", \"fields\": [\"text\"]}}]',34,35),
+(1373,'2020-06-22 03:00:07','915','ID: 915 (Conductivity)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 488\", \"fields\": [\"method\"]}}]',34,35),
+(1374,'2020-06-22 03:07:26','915','ID: 915 (Conductivity)',2,'[{\"changed\": {\"fields\": [\"sample_type\"]}}]',34,35),
+(1375,'2020-06-22 03:48:15','837','ID: 837 (band gap)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,35),
+(1376,'2020-06-22 03:49:34','862','ID: 862 (band gap)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 453\", \"fields\": [\"method\"]}}]',34,35),
+(1377,'2020-06-22 03:54:27','864','ID: 864 (band gap)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,35),
+(1378,'2020-06-22 03:54:41','863','ID: 863 (band gap)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,35),
+(1379,'2020-06-22 04:08:21','824','ID: 824 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,35),
+(1380,'2020-06-22 04:08:48','865','ID: 865 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,35),
+(1381,'2020-06-22 19:12:40','920','ID: 920 (band gap)',2,'[{\"changed\": {\"fields\": [\"linked_to\"]}}, {\"changed\": {\"name\": \"computational details\", \"object\": \"ID: 208\", \"fields\": [\"level_of_relativity\"]}}]',34,40),
+(1382,'2020-06-22 19:40:31','922','ID: 922 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"secondary_property\", \"secondary_unit\"]}}]',34,40),
+(1383,'2020-06-22 19:41:42','922','ID: 922 (photoluminescence)',2,'[{\"deleted\": {\"name\": \"subset\", \"object\": \"ID: None (0 data points)\"}}]',34,40),
+(1384,'2020-06-22 19:42:26','922','ID: 922 (photoluminescence)',3,'',34,40),
+(1385,'2020-06-22 19:47:17','923','ID: 923 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"secondary_property\", \"secondary_unit\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1104 (80 data points)\", \"fields\": [\"crystal_system\"]}}]',34,40),
+(1386,'2020-06-22 20:35:56','928','ID: 928 (exciton binding energy)',2,'[{\"changed\": {\"fields\": [\"linked_to\"]}}]',34,40),
+(1387,'2020-06-22 21:07:31','936','ID: 936 (band gap (absorption))',2,'[{\"changed\": {\"fields\": [\"linked_to\"]}}]',34,40),
+(1388,'2020-06-22 21:09:56','937','ID: 937 (band gap (absorption))',2,'[{\"changed\": {\"fields\": [\"linked_to\"]}}]',34,40),
+(1389,'2020-06-23 15:30:14','246','(HDA)BiI5',2,'[{\"changed\": {\"fields\": [\"organic\"]}}]',2,40),
+(1390,'2020-06-23 16:17:39','246','(HDA)BiI5',2,'[]',2,35),
+(1391,'2020-06-23 21:22:58','248','(BA)2[FAPbI3]PbI4',2,'[{\"changed\": {\"fields\": [\"organic\", \"inorganic\"]}}]',2,40),
+(1392,'2020-06-23 21:24:44','98','(BA)2(MA)3Pb4I13',2,'[{\"changed\": {\"fields\": [\"compound_name\"]}}]',2,40),
+(1393,'2020-06-23 22:48:47','44','xieyiabner1',2,'[{\"changed\": {\"fields\": [\"is_staff\"]}}]',19,16),
+(1394,'2020-06-24 02:36:02','42','xieyiabner',2,'[{\"changed\": {\"fields\": [\"is_active\", \"is_staff\"]}}]',19,18),
+(1395,'2020-06-24 02:46:28','179','(PEA)2SnI4',2,'[]',2,35),
+(1396,'2020-06-24 02:53:50','684','ID: 684 (atomic structure)',3,'',34,35),
+(1397,'2020-06-24 03:02:44','965','ID: 965 (atomic structure)',2,'[]',34,35),
+(1398,'2020-06-24 03:05:15','965','ID: 965 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"representative\"]}}]',34,35),
+(1399,'2020-06-24 03:07:34','965','ID: 965 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 513\", \"fields\": [\"product\", \"description\"]}}]',34,35),
+(1400,'2020-06-24 04:59:55','972','ID: 972 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 516\", \"fields\": [\"description\"]}}]',34,35),
+(1401,'2020-06-25 16:33:49','978','ID: 978 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"extraction_method\"]}}]',34,40),
+(1402,'2020-06-25 16:39:09','979','ID: 979 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"extraction_method\"]}}]',34,40),
+(1403,'2020-06-25 16:42:16','981','ID: 981 (band gap (absorption))',2,'[{\"changed\": {\"fields\": [\"linked_to\"]}}]',34,40),
+(1404,'2020-06-25 16:44:21','978','ID: 978 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"secondary_property\", \"secondary_unit\"]}}]',34,40),
+(1405,'2020-06-25 16:44:41','979','ID: 979 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"secondary_property\", \"secondary_unit\"]}}]',34,40),
+(1406,'2020-06-25 16:45:01','980','ID: 980 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"secondary_property\", \"secondary_unit\"]}}]',34,40),
+(1407,'2020-06-25 16:47:48','982','ID: 982 (band gap (absorption))',2,'[{\"changed\": {\"fields\": [\"extraction_method\"]}}]',34,40),
+(1408,'2020-06-25 16:48:53','982','ID: 982 (band gap (absorption))',2,'[{\"changed\": {\"fields\": [\"linked_to\"]}}]',34,40),
+(1409,'2020-06-25 16:49:17','983','ID: 983 (band gap (absorption))',2,'[{\"changed\": {\"fields\": [\"linked_to\"]}}]',34,40),
+(1410,'2020-06-25 17:21:54','988','ID: 988 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"primary_property\"]}}]',34,40),
+(1411,'2020-06-25 17:29:54','987','ID: 987 (photoluminescence)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1174 (69 data points)\", \"fields\": [\"label\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1175 (69 data points)\", \"fields\": [\"label\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1176 (69 data points)\", \"fields\": [\"label\"]}}]',34,40),
+(1412,'2020-06-26 19:54:20','229','(R)-1-phenylethylammonium bromobismuthate(III)',2,'[{\"changed\": {\"fields\": [\"Group\", \"Description\"]}}]',2,40),
+(1413,'2020-06-26 19:55:05','216','(MBA)2PbI4',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Description\"]}}]',2,40),
+(1414,'2020-06-26 21:49:51','975','ID: 975 (atomic structure)',2,'[{\"added\": {\"name\": \"additional file\", \"object\": \"ID: 2306\"}}]',34,40),
+(1415,'2020-06-26 21:54:12','994','ID: 994 (atomic structure)',3,'',34,40),
+(1416,'2020-06-27 04:50:56','216','(MBA)2PbI4',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,40),
+(1417,'2020-06-27 18:54:18','47','lilyalomari',2,'[{\"changed\": {\"fields\": [\"Staff status\"]}}]',19,35),
+(1418,'2020-06-28 18:38:48','241','(CH3NH3)2KGdCl6',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,40),
+(1419,'2020-06-28 19:07:05','242','(CH3NH3)2KYCl6',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,40),
+(1420,'2020-06-29 01:04:00','1008','ID: 1008 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1205 (120 data points)\", \"fields\": [\"Crystal system\"]}}]',34,40),
+(1421,'2020-06-29 01:18:46','1011','ID: 1011 (band gap (absorption))',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}]',34,40),
+(1422,'2020-06-29 07:24:21','1020','ID: 1020 (band gap)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,35),
+(1423,'2020-06-29 07:25:04','1016','ID: 1016 (band gap (absorption))',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,35),
+(1424,'2020-06-29 07:25:38','1017','ID: 1017 (band gap (absorption))',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,35),
+(1425,'2020-06-29 15:30:17','41','AidanGren',2,'[{\"changed\": {\"fields\": [\"Staff status\"]}}]',19,8),
+(1426,'2020-06-29 15:30:20','41','AidanGren',2,'[]',19,8),
+(1427,'2020-06-29 19:29:17','1034','ID: 1034 (atomic structure)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"Note: The MA cations here appear to have additional hydrogen atoms due to an unknown rendering error.\"}}]',34,40),
+(1428,'2020-06-29 19:44:25','1034','ID: 1034 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,40),
+(1429,'2020-06-30 01:47:21','1047','ID: 1047 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Extraction method\"]}}]',34,40),
+(1430,'2020-06-30 02:06:08','1048','ID: 1048 (absorption spectrum)',2,'[{\"deleted\": {\"name\": \"comment\", \"object\": \"Selected data: Time = 0.206 ns\"}}]',34,40),
+(1431,'2020-06-30 02:10:45','217','(BZA)2PbI4',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,40),
+(1432,'2020-06-30 15:33:01','91','(3AMP)2PbI4',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\"]}}]',2,40),
+(1433,'2020-06-30 15:34:03','71','(4AMP)PbBr4',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,40),
+(1434,'2020-06-30 16:02:38','77','(3-AMP)2(MA)3Pb4I13*',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,40),
+(1435,'2020-06-30 16:54:12','91','(3AMP)PbI4',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\"]}}]',2,40),
+(1436,'2020-07-01 00:03:16','1066','ID: 1066 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,40),
+(1437,'2020-07-01 01:13:44','91','(3AMP)PbI4',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,40),
+(1438,'2020-07-01 21:39:05','1107','ID: 1107 (absorption spectrum)',3,'',34,40),
+(1439,'2020-07-01 21:42:31','1106','ID: 1106 (atomic structure)',2,'[{\"changed\": {\"name\": \"comment\", \"object\": \"Comment CCDC deposition numbers: 1552605 (300K) & 1552604 (250K)\", \"fields\": [\"Text\"]}}]',34,40),
+(1440,'2020-07-02 01:39:58','1119','ID: 1119 (band gap (absorption))',2,'[{\"changed\": {\"fields\": [\"Extraction method\"]}}]',34,40),
+(1441,'2020-07-02 15:44:51','242','(CH3NH3)2KYCl6',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,40),
+(1442,'2020-07-02 15:45:04','241','(CH3NH3)2KGdCl6',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,40),
+(1443,'2020-07-02 15:46:03','160','(CH3NH3)2KBiCl6',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\"]}}]',2,40),
+(1444,'2020-07-02 19:16:18','1123','ID: 1123 (Dielectric constant)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,47),
+(1445,'2020-07-05 17:22:38','1129','ID: 1129 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,35),
+(1446,'2020-07-05 17:23:37','1130','ID: 1130 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,35),
+(1447,'2020-07-05 17:25:23','280','(AMP)PbI4',2,'[{\"changed\": {\"fields\": [\"Formula\"]}}]',2,35),
+(1448,'2020-07-06 18:09:47','1155','ID: 1155 (absorbance)',3,'',34,47),
+(1449,'2020-07-07 03:05:04','249','(BZA)2[FAPbI3]PbI4',2,'[{\"changed\": {\"fields\": [\"Formula\"]}}]',2,40),
+(1450,'2020-07-07 18:21:17','948','ID: 948 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1451,'2020-07-07 18:23:05','949','ID: 949 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1452,'2020-07-07 19:31:36','1166','ID: 1166 (absorbance intensity)',3,'',34,47),
+(1453,'2020-07-08 03:57:32','1171','ID: 1171 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1454,'2020-07-08 03:57:44','1172','ID: 1172 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1455,'2020-07-08 04:09:54','1175','ID: 1175 (atomic structure)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1385 (6 data points)\", \"fields\": [\"Crystal system\"]}}]',34,40),
+(1456,'2020-07-08 04:10:54','1175','ID: 1175 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1457,'2020-07-08 16:58:32','995','ID: 995 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1458,'2020-07-08 17:00:02','998','ID: 998 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1459,'2020-07-08 17:02:35','999','ID: 999 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1193 (6 data points)\", \"fields\": [\"Label\"]}}]',34,40),
+(1460,'2020-07-08 17:05:37','1002','ID: 1002 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1461,'2020-07-08 17:08:50','1006','ID: 1006 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1462,'2020-07-08 17:09:32','949','ID: 949 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1463,'2020-07-08 17:09:47','948','ID: 948 (atomic structure)',2,'[]',34,40),
+(1464,'2020-07-08 17:13:40','1007','ID: 1007 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1465,'2020-07-08 17:14:13','1012','ID: 1012 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1466,'2020-07-08 17:20:00','1034','ID: 1034 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1467,'2020-07-08 17:21:16','1038','ID: 1038 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1468,'2020-07-08 17:22:16','1042','ID: 1042 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1469,'2020-07-08 18:49:54','1046','ID: 1046 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1470,'2020-07-08 18:50:20','1050','ID: 1050 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1471,'2020-07-08 18:50:46','1054','ID: 1054 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1472,'2020-07-08 18:51:08','1058','ID: 1058 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1473,'2020-07-08 18:53:03','1066','ID: 1066 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1474,'2020-07-08 18:53:30','1071','ID: 1071 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1475,'2020-07-08 18:53:49','1076','ID: 1076 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1476,'2020-07-08 18:54:16','1081','ID: 1081 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1477,'2020-07-08 18:54:31','1086','ID: 1086 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1478,'2020-07-08 18:54:58','1091','ID: 1091 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1479,'2020-07-08 18:55:13','1096','ID: 1096 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1480,'2020-07-08 18:57:11','1102','ID: 1102 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1481,'2020-07-08 18:58:01','1111','ID: 1111 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1482,'2020-07-08 18:58:19','1106','ID: 1106 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1483,'2020-07-08 19:00:55','1117','ID: 1117 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1484,'2020-07-08 19:03:05','1122','ID: 1122 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,40),
+(1485,'2020-07-08 21:12:39','299','(naphthalene-O-ethyl-NH3)2PbI4',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,40),
+(1486,'2020-07-09 02:43:59','313','(MeO-Nap-O-Et-NH3)2PbI4',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,40),
+(1487,'2020-07-09 02:55:26','1199','ID: 1199 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,40),
+(1488,'2020-07-09 02:55:46','1200','ID: 1200 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,40),
+(1489,'2020-07-09 02:55:59','1201','ID: 1201 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,40),
+(1490,'2020-07-09 02:56:10','1202','ID: 1202 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,40),
+(1491,'2020-07-09 02:56:22','1203','ID: 1203 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,40),
+(1492,'2020-07-09 02:56:34','1204','ID: 1204 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,40),
+(1493,'2020-07-09 03:18:00','1205','ID: 1205 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,40),
+(1494,'2020-07-09 03:18:11','1206','ID: 1206 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,40),
+(1495,'2020-07-09 03:18:23','1207','ID: 1207 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,40),
+(1496,'2020-07-09 03:18:34','1208','ID: 1208 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,40),
+(1497,'2020-07-09 16:02:41','179','(PEA)2SnI4',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,40),
+(1498,'2020-07-09 18:46:34','1217','ID: 1217 (band gap)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 675\"}}]',34,40),
+(1499,'2020-07-09 18:47:03','1217','ID: 1217 (band gap)',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 675\", \"fields\": [\"Value type\"]}}]',34,40),
+(1500,'2020-07-09 19:19:57','54','log10 resistivity',3,'',29,40),
+(1501,'2020-07-09 19:20:57','26','ln(rho [ohms-cm])',1,'[{\"added\": {}}]',30,40),
+(1502,'2020-07-09 19:26:08','1228','ID: 1228 (resistivity)',2,'[{\"changed\": {\"fields\": [\"System\", \"Extraction method\"]}}]',34,40),
+(1503,'2020-07-09 19:26:34','1227','ID: 1227 (resistivity)',2,'[{\"changed\": {\"fields\": [\"Extraction method\"]}}]',34,40),
+(1504,'2020-07-09 19:36:22','1227','ID: 1227 (resistivity)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1440 (15 data points)\", \"fields\": [\"Label\"]}}]',34,40),
+(1505,'2020-07-09 19:37:24','1229','ID: 1229 (resistivity)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1442 (15 data points)\", \"fields\": [\"Label\"]}}]',34,40),
+(1506,'2020-07-09 19:37:42','1230','ID: 1230 (resistivity)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1443 (12 data points)\", \"fields\": [\"Label\"]}}]',34,40),
+(1507,'2020-07-09 19:38:00','1231','ID: 1231 (resistivity)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1444 (13 data points)\", \"fields\": [\"Label\"]}}]',34,40),
+(1508,'2020-07-09 19:38:22','1232','ID: 1232 (resistivity)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1445 (9 data points)\", \"fields\": [\"Label\"]}}]',34,40),
+(1509,'2020-07-09 19:38:38','1234','ID: 1234 (resistivity)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1447 (9 data points)\", \"fields\": [\"Label\"]}}]',34,40),
+(1510,'2020-07-09 19:38:57','1235','ID: 1235 (resistivity)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1448 (8 data points)\", \"fields\": [\"Label\"]}}]',34,40),
+(1511,'2020-07-09 19:39:14','1236','ID: 1236 (resistivity)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1449 (8 data points)\", \"fields\": [\"Label\"]}}]',34,40),
+(1512,'2020-07-09 19:42:58','1237','ID: 1237 (activation energy for electronic conduction)',2,'[{\"changed\": {\"fields\": [\"Primary unit\"]}}]',34,40),
+(1513,'2020-07-13 05:31:23','1274','ID: 1274 (band gap (diffuse reflectance))',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 796\", \"fields\": [\"Method\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 707\", \"fields\": [\"Value\"]}}]',34,35),
+(1514,'2020-07-13 05:35:45','1274','ID: 1274 (band gap (diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1489 (1 data points)\", \"fields\": [\"Crystal system\"]}}]',34,35),
+(1515,'2020-07-13 05:48:54','1279','ID: 1279 (band gap (diffuse reflectance))',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 801\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 713\"}}]',34,35),
+(1516,'2020-07-13 05:54:48','1281','ID: 1281 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 803\", \"fields\": [\"Method\"]}}]',34,35),
+(1517,'2020-07-13 06:05:08','331','GA2SnI4',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,35),
+(1518,'2020-07-13 07:27:07','1305','ID: 1305 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,35),
+(1519,'2020-07-13 07:27:10','1305','ID: 1305 (atomic structure)',2,'[]',34,35),
+(1520,'2020-07-13 07:27:40','1307','ID: 1307 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 829\", \"fields\": [\"Method\"]}}]',34,35),
+(1521,'2020-07-13 07:28:10','1306','ID: 1306 (band gap (diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 828\", \"fields\": [\"Method\"]}}]',34,35),
+(1522,'2020-07-13 15:00:50','1321','ID: 1321 (Current Density)',2,'[{\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 843\"}}, {\"added\": {\"name\": \"comment\", \"object\": \"The circuit current density and slope of CH3NH3PbI3 were measured.\"}}]',34,47),
+(1523,'2020-07-13 16:03:51','1323','ID: 1323 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 780\", \"fields\": [\"Description\"]}}]',34,40),
+(1524,'2020-07-13 18:26:11','324','MA2CuClxBr4-x',2,'[]',2,35),
+(1525,'2020-07-13 18:26:59','1245','ID: 1245 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,35),
+(1526,'2020-07-13 18:27:46','1168','ID: 1168 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property\", \"Primary property label\"]}}]',34,35),
+(1527,'2020-07-13 18:29:11','170','2020 -  T. Sheikh, V. Nawale, N. Pathooor, C. Phadnis, A. Chowdhury, A. Nag, Angewandte Chemie International Edition 59 , 11653 \"Molecular Intercalation and Electronic Two Dimensionality in Layered Hy',2,'[]',3,35),
+(1528,'2020-07-13 18:33:18','1161','ID: 1161 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property\", \"Primary unit\", \"Primary property label\"]}}]',34,35),
+(1529,'2020-07-13 18:33:56','1168','ID: 1168 (absorption spectrum)',2,'[]',34,35),
+(1530,'2020-07-13 18:52:19','1164','ID: 1164 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property\", \"Secondary property\"]}}]',34,35),
+(1531,'2020-07-13 18:52:36','1163','ID: 1163 (current)',2,'[]',34,35),
+(1532,'2020-07-13 18:55:02','1236','ID: 1236 (resistivity)',2,'[]',34,35),
+(1533,'2020-07-13 21:20:31','291','(I(CH2)2NH3)2PbI4',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,40),
+(1534,'2020-07-13 21:20:53','296','(Br(CH2)2NH3)2PbI4',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,40),
+(1535,'2020-07-13 22:53:02','1162','ID: 1162 (current)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}]',34,40),
+(1536,'2020-07-13 22:53:51','1162','ID: 1162 (current)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}]',34,40),
+(1537,'2020-07-13 23:16:00','1337','ID: 1337 (Weight)',2,'[{\"changed\": {\"fields\": [\"Secondary unit\"]}}]',34,40),
+(1538,'2020-07-13 23:18:39','1338','ID: 1338 (Weight)',2,'[{\"changed\": {\"fields\": [\"Primary unit\"]}}]',34,40),
+(1539,'2020-07-14 05:14:29','223','Cs2AgBiBr6',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,35),
+(1540,'2020-07-14 05:14:51','223','Cs2AgBiBr6',2,'[]',2,35),
+(1541,'2020-07-14 05:15:09','223','Cs2AgBiBr6',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,35),
+(1542,'2020-07-15 03:52:46','1343','ID: 1343 (Weight)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 800\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"computational details\", \"object\": \"ID: 275\"}}]',34,47),
+(1543,'2020-07-15 14:43:41','745','ID: 745 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 377\", \"fields\": [\"Method\"]}}]',34,16),
+(1544,'2020-07-16 03:10:26','1345','ID: 1345 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 865\", \"fields\": [\"Description\"]}}]',34,40),
+(1545,'2020-07-16 03:10:56','1346','ID: 1346 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 866\", \"fields\": [\"Description\"]}}]',34,40),
+(1546,'2020-07-16 03:11:43','1347','ID: 1347 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 867\", \"fields\": [\"Description\"]}}]',34,40),
+(1547,'2020-07-16 03:15:29','1349','ID: 1349 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',34,40),
+(1548,'2020-07-16 03:35:27','1353','ID: 1353 (atomic structure)',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 770\", \"fields\": [\"Value\"]}}]',34,40),
+(1549,'2020-07-16 18:52:27','1359','ID: 1359 (photoluminescence excitation)',2,'[{\"changed\": {\"fields\": [\"Extraction method\"]}}]',34,40),
+(1550,'2020-07-16 19:45:53','289','(HA)2PbI4',3,'',2,40),
+(1551,'2020-07-16 19:46:30','264','(HA)SnI4',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,40),
+(1552,'2020-07-16 19:47:03','263','(HA)PbI4',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,40),
+(1553,'2020-07-16 19:48:24','69','(HA)PbBr4',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\"]}}]',2,40),
+(1554,'2020-07-17 07:18:47','1363','ID: 1363 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',34,35),
+(1555,'2020-07-17 07:20:45','1364','ID: 1364 (band gap)',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,35),
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+(1831,'2020-07-29 16:37:40','1354','ID: 1354 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 811\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 874\", \"fields\": [\"Description\"]}}]',34,40),
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+(1833,'2020-07-29 16:38:17','1356','ID: 1356 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 813\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 876\", \"fields\": [\"Description\"]}}]',34,40),
+(1834,'2020-07-30 01:43:20','1528','ID: 1528 (transient absorption coefficient)',3,'',34,47),
+(1835,'2020-07-30 01:46:16','1521','ID: 1521 (transient absorption coefficient)',3,'',34,47),
+(1836,'2020-07-30 18:06:06','126','(PEA)2(MA)2Pb3I10',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Inorganic\"]}}]',2,40),
+(1837,'2020-07-30 18:06:51','110','(PEA)2(MA)Pb2I7',2,'[{\"changed\": {\"fields\": [\"Formula\"]}}]',2,40),
+(1838,'2020-07-30 18:07:15','101','(PEA)2(MA)2Pb3I10',2,'[{\"changed\": {\"fields\": [\"Formula\"]}}]',2,40),
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+(1841,'2020-07-31 04:39:42','1541','ID: 1541 (dielectric permittivity)',3,'',34,35),
+(1842,'2020-07-31 18:57:33','1158','ID: 1158 (atomic structure)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1358 (6 data points)\", \"fields\": [\"Label\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1359 (6 data points)\", \"fields\": [\"Label\"]}}]',34,40),
+(1843,'2020-08-02 01:54:24','1161','ID: 1161 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,47),
+(1844,'2020-08-02 01:54:24','1161','ID: 1161 (absorption spectrum)',2,'[]',34,47),
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+(1846,'2020-08-02 02:11:20','1342','ID: 1342 (absorption spectrum)',2,'[{\"deleted\": {\"name\": \"subset\", \"object\": \"ID: None (0 data points)\"}}]',34,47),
+(1847,'2020-08-03 16:33:30','1319','ID: 1319 (Thermogravimetric behavior)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property label\"]}}]',34,47),
+(1848,'2020-08-03 19:49:09','1522','ID: 1522 (Thermogravimetric behavior)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1748 (19 data points)\", \"fields\": [\"Label\", \"Crystal system\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1749 (20 data points)\", \"fields\": [\"Label\", \"Crystal system\"]}}]',34,47),
+(1849,'2020-08-04 18:30:07','1586','ID: 1586 (atomic structure)',2,'[]',34,35),
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+(1851,'2020-08-05 03:06:39','1601','ID: 1601 (atomic structure)',3,'',34,16),
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+(1855,'2020-08-11 21:24:51','1619','ID: 1619 (atomic structure)',2,'[{\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"298 K data\"}}]',34,18),
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+(1863,'2020-12-15 08:07:45','427','(PPA)2(MA0.5FA0.5)Pb3I10',2,'[]',2,38),
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+(1865,'2020-12-15 08:07:55','427','(PPA)2(MA0.5FA0.5)Pb3I10',2,'[]',2,38),
+(1866,'2020-12-15 08:08:47','1679','ID: 1679 (absorption coefficient)',3,'',34,38),
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+(1927,'2021-01-18 23:26:30','242','2018 -  W. You, L. Yan, J. Hu, Wiley Online Library 30 , 10 \"Two‐dimensional organic–inorganic hybrid Perovskites: a new platform for optoelectronic applications\"',2,'[]',3,35),
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+(1951,'2021-01-26 22:39:52','865','ID: 865 (X-Ray Absorption Near Edge Structure (XANES))',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property\"]}}]',34,35),
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+(1953,'2021-02-02 21:29:49','243','2019 -  L. Yan, J. Hu, N. Zhou, A. M. Moran, W. You, Wiley Online Library 4 , 10 \"Enhancing Photovoltaic Performance of Aromatic Ammonium‐based Two‐Dimensional Organic‐Inorganic Hybrid Perovskites via',2,'[]',3,47),
+(1954,'2021-02-02 21:30:09','243','2019 -  L. Yan, J. Hu, N. Zhou, A. M. Moran, W. You, Wiley Online Library 4 , 10 \"Enhancing Photovoltaic Performance of Aromatic Ammonium‐based Two‐Dimensional Organic‐Inorganic Hybrid Perovskites via',2,'[]',3,47),
+(1955,'2021-02-02 21:30:15','243','2019 -  L. Yan, J. Hu, N. Zhou, A. M. Moran, W. You, Wiley Online Library 4 , 10 \"Enhancing Photovoltaic Performance of Aromatic Ammonium‐based Two‐Dimensional Organic‐Inorganic Hybrid Perovskites via',2,'[]',3,47),
+(1956,'2021-02-02 22:01:43','147','2019 -  M. Jana, C. Liu, S. Lidin, D. Dirkes, W. You, V. Blum, D. Mitzi, Chemistry of Materials 31 , 8523 \"Resolving Rotational Stacking Disorder and Electronic Level Alignment in a 2D Oligothiophene-',2,'[]',3,35),
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+(1974,'2021-03-29 17:54:39','32','tw219',2,'[]',19,35),
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+(1978,'2021-05-04 21:39:59','66','eisenl10',2,'[{\"changed\": {\"fields\": [\"Staff status\", \"Superuser status\"]}}]',19,35),
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+(1987,'2021-05-25 21:59:45','605','ID: 605 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"System\"]}}]',34,35),
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+(1992,'2021-05-30 16:15:52','610','ID: 610 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Secondary property\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 301\", \"fields\": [\"Method\", \"Description\"]}}]',34,1),
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+(1995,'2021-05-30 18:03:41','103','(C4N2H14Br)4SnBr6',3,'',2,35),
+(1996,'2021-06-04 18:44:08','12','Bisphenylmethylaminium lead tetrachloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,66),
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+(2003,'2021-06-15 15:05:39','1138','ID: 1138 (band gap (fundamental))',2,'[{\"changed\": {\"name\": \"computational details\", \"object\": \"ID: 254\", \"fields\": [\"Code\", \"Level of theory\"]}}]',34,35),
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+(2006,'2021-06-15 19:43:30','31','band gap (optical)',2,'[{\"changed\": {\"fields\": [\"Name\"]}}]',29,35),
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+(2008,'2021-06-15 19:46:34','927','ID: 927 (band gap (optical))',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,35),
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+(2078,'2021-06-22 17:18:42','1','Methylammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2079,'2021-06-22 17:22:12','2','Phenethylammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2080,'2021-06-22 17:22:23','4','Bis(2-anthrylmethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2081,'2021-06-22 17:22:32','8','Phenylmethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2082,'2021-06-22 17:22:39','9','Bis(phenylethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2083,'2021-06-22 17:22:48','10','Bis(2-(2-naphtyl)ethanammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2084,'2021-06-22 17:22:55','11','Bis(phenylethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2085,'2021-06-22 17:23:02','12','Bisphenylmethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2086,'2021-06-22 17:23:09','13','Bisphenylmethylammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2087,'2021-06-22 17:23:19','14','Bis(2-naphtylmethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2088,'2021-06-22 17:23:26','15','Butylammonium germanium iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2089,'2021-06-22 17:23:32','16','Butylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2090,'2021-06-22 17:23:40','17','Butylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2091,'2021-06-22 17:23:49','18','Bis(aminoethyl)-thiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2092,'2021-06-22 17:23:55','19','Bis(aminoethyl)-bithiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2093,'2021-06-22 17:24:03','20','Bis(aminoethyl)-terthiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2094,'2021-06-22 17:24:11','21','Bis(aminoethyl)-quaterthiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2095,'2021-06-22 17:24:18','22','Bis(aminoethyl)-quaterthiophene lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2096,'2021-06-22 17:24:25','23','Bis(aminoethyl)-quinquethiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2097,'2021-06-22 17:24:31','24','Methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2098,'2021-06-22 17:24:37','25','Anthracenidemethylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2099,'2021-06-22 17:24:43','26','Anthracenidemethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2100,'2021-06-22 17:24:48','27','Bis(1-(2-naphthyl)methanammonium)',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2101,'2021-06-22 17:24:54','28','Bis(1-tetracenemethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2102,'2021-06-22 17:25:00','29','Bis(1-tetracenemethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2103,'2021-06-22 17:25:06','30','Bis(aminoethyl)-thiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2104,'2021-06-22 17:25:14','31','Bis(aminoethyl)-thiophene lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2105,'2021-06-22 17:25:22','32','Bis(aminoethyl)-bithiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2106,'2021-06-22 17:25:29','33','Bis(aminoethyl)-bithiophene lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2107,'2021-06-22 17:25:35','34','Bis(aminoethyl)-terthiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2108,'2021-06-22 17:25:40','35','Bis(aminoethyl)-terthiophene lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2109,'2021-06-22 17:25:46','36','Bis(aminoethyl)-quinquethiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2110,'2021-06-22 17:25:53','37','Bis(aminoethyl)-quinquethiophene lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2111,'2021-06-22 17:26:09','42','Methylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2112,'2021-06-22 17:26:47','55','Tetraethylammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2113,'2021-06-22 17:26:57','56','Tetraethylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2114,'2021-06-22 18:06:38','31','band gap (optical, theory)',2,'[{\"changed\": {\"fields\": [\"Name\"]}}]',29,35),
+(2115,'2021-06-22 18:06:58','28','band gap (optical, diffuse reflectance)',2,'[{\"changed\": {\"fields\": [\"Name\"]}}]',29,35),
+(2116,'2021-06-22 18:35:04','1150','ID: 1150 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1201\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1290\"}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}]',34,35),
+(2117,'2021-06-22 18:35:38','1150','ID: 1150 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,35),
+(2118,'2021-06-22 18:38:32','1138','ID: 1138 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,35),
+(2119,'2021-06-22 18:39:23','1146','ID: 1146 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,35),
+(2120,'2021-06-22 18:39:55','1142','ID: 1142 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,35),
+(2121,'2021-06-22 18:40:18','1152','ID: 1152 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,35),
+(2122,'2021-06-22 19:09:55','1017','ID: 1017 (band gap (absorption))',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property label\", \"Sample type\", \"Space group\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1202\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1291\"}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}]',34,35),
+(2123,'2021-06-22 19:13:37','29','band gap (absorption)',2,'[]',29,35),
+(2124,'2021-06-22 19:14:03','29','band gap (optical, transmission)',2,'[{\"changed\": {\"fields\": [\"Name\"]}}]',29,35),
+(2125,'2021-06-22 19:19:09','1013','ID: 1013 (atomic structure)',2,'[]',34,35),
+(2126,'2021-06-22 19:19:54','1016','ID: 1016 (band gap (optical, transmission))',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property label\", \"Sample type\", \"Space group\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1203\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1292\"}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}]',34,35),
+(2127,'2021-06-22 19:39:00','1016','ID: 1016 (band gap (optical, transmission))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1203\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"added\": {\"name\": \"comment\", \"object\": \"Thin films were prepared by mixing Pb(SC6H5)2 and PbI2 in a 3:1 ratio in DMF. 40 mL of the resultant solution was spin-coated at 2000 rpm on quartz substrates, and 150 mL of diethyl ether was dropped onto the substrate. Films were annealed in air at 100\\u00baC for 5 min.\"}}]',34,35),
+(2128,'2021-06-22 19:40:08','1017','ID: 1017 (band gap (optical, transmission))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1202\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"added\": {\"name\": \"comment\", \"object\": \"Thin films were created by mixing Pb(SC6H5)2 and PbI2 in a 3:1 ratio in DMF. 40 mL of the resultant solution was spin-coated at 2000 rpm on quartz substrates, and 150 mL of diethyl ether was dropped onto the substrate. Films were annealed in air at 100\\u00baC for 5 min.\"}}]',34,35),
+(2129,'2021-06-22 19:49:31','1024','ID: 1024 (band gap (optical, transmission))',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property\", \"Sample type\", \"Space group\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1204\"}}, {\"added\": {\"name\": \"comment\", \"object\": \"Thin films were prepared by mixing Pb(SC6H5)2 and PbBr2 in a 3:1 ratio in DMF. 0.90 mL of dimethyl sulfoxide was added to the solution. 40 mL of the resultant solution was spin-coated at 2000 rpm on quartz substrates, and 150 mL of diethyl ether was dropped onto the substrate. Films were annealed in air at 100\\u00baC for 5 min.\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1293\"}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}]',34,35),
+(2130,'2021-06-22 19:54:50','1029','ID: 1029 (band gap (optical, transmission))',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property\", \"Dimensionality\", \"Sample type\", \"Space group\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1205\"}}, {\"added\": {\"name\": \"comment\", \"object\": \"Thin films were prepared by mixing Pb(SC6H5)2 and PbCl2 in a 3:1 ratio in DMF. 0.90 mL of dimethyl sulfoxide was added to the solution. 40 mL of the resultant solution was spin-coated at 2000 rpm on quartz substrates, and 150 mL of diethyl ether was dropped onto the substrate. Films were annealed in air at 100\\u00baC for 5 min.\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1294\"}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}]',34,35),
+(2131,'2021-06-22 19:59:09','1033','ID: 1033 (band gap (optical, transmission))',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property\", \"Sample type\", \"Space group\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1206\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1295\"}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}]',34,35),
+(2132,'2021-06-22 20:25:44','821','ID: 821 (atomic structure)',2,'[{\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Corrected for Lorentz and polarization effects using SAINT 8.27b and corrected for absorption using SADABS v2012. Structure was determined directly and was expanded through successive difference Fourier maps using SHELXS-97, later refined against all data using the SHELXTL-2013 package.\"}}]',34,35),
+(2133,'2021-06-22 20:26:45','821','ID: 821 (atomic structure)',2,'[]',34,35),
+(2134,'2021-06-22 20:41:44','823','ID: 823 (band gap (optical, transmission))',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property\", \"Sample type\", \"Space group\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1207\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1296\"}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Tauc plot for absorbance data for direct allowed transition. Fits the linear portion of the graph.\"}}]',34,35),
+(2135,'2021-06-22 20:54:05','862','ID: 862 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\", \"Sample type\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1208\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 453\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"comment\", \"object\": \"Polycrystalline powder was coated on a glass slide, mounted in the integrating sphere, and measured with a Cary 6000i spectrometer in reflectance mode.\"}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}]',34,35),
+(2136,'2021-06-22 21:11:58','57','Tetra(N,N′-dimethylethylene-1,2-diammonium bromide) tin bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2137,'2021-06-22 21:13:04','58','Tetra(N,N′-dimethylethylene-1,2-diammonium iodide) tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2138,'2021-06-22 21:14:04','59','Bis(1-butyl-1-methylpyrrolidinium) tin chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2139,'2021-06-22 21:14:40','58','Tetra(N,N′-dimethylethylene-1,2-diammonium iodide) tin iodide',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,35),
+(2140,'2021-06-22 21:14:55','57','Tetra(N,N′-dimethylethylene-1,2-diammonium bromide) tin bromide',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,35),
+(2141,'2021-06-22 21:15:12','56','Tetraethylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,35),
+(2142,'2021-06-22 21:15:27','54','5,5‘ ‘‘-bis(aminoethyl)-2,2‘:5‘,2‘ ‘:5‘ ‘,2‘ ‘‘-quaterthiophene bismuth iodide',2,'[]',2,35),
+(2143,'2021-06-22 21:16:09','60','hexylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2144,'2021-06-22 21:16:19','60','Hexylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2145,'2021-06-22 21:17:12','61','Dodecylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2146,'2021-06-22 21:18:10','63','2-methyl-1,5-pentanediamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2147,'2021-06-22 21:20:29','64','Bis(butylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2148,'2021-06-22 21:22:03','65','1,8-octyldiammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2149,'2021-06-22 21:23:20','66','Bis(4-aminobutonic acid) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2150,'2021-06-22 21:24:16','67','3-(2-ammonioethyl)anilinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2151,'2021-06-22 21:25:22','68','1,4\'butyldiammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2152,'2021-06-22 21:26:01','69','Histammonium lead Bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2153,'2021-06-22 21:27:11','70','tris(2,6-dimethylpiperazine) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2154,'2021-06-22 21:29:34','71','4-(aminomethyl)piperidine lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2155,'2021-06-22 22:17:47','277','FEP',3,'',2,35),
+(2156,'2021-06-23 14:09:29','72','1-ethylpiperazine lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\", \"Organic\"]}}]',2,35),
+(2157,'2021-06-23 14:10:59','73','1-methylpiperazine lead bromide',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,35),
+(2158,'2021-06-23 14:11:50','74','homopiperazine lead bromide',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,35),
+(2159,'2021-06-23 14:12:37','75','Hexamethylenimine lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,35),
+(2160,'2021-06-23 14:13:09','74','Homopiperazine lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2161,'2021-06-23 14:13:19','70','Tris(2,6-dimethylpiperazine) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2162,'2021-06-23 14:14:01','76','Heptamethylenimine lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,35),
+(2163,'2021-06-23 14:16:01','77','bis(3-(aminomethyl)piperidinium) tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2164,'2021-06-23 14:16:14','77','Bis(3-(aminomethyl)piperidinium) tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2165,'2021-06-23 14:17:13','79','Formandium germanium iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\"]}}]',2,35),
+(2166,'2021-06-23 14:18:20','80','4-fluorophenethylammonium',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2167,'2021-06-23 14:18:53','82','3-fluorophenethylammonium',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2168,'2021-06-23 14:19:26','83','2-fluorophenethylammonium',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2169,'2021-06-23 14:20:23','84','Phenethylammonium perfluorophenethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2170,'2021-06-23 14:21:06','85','Bis(perfluorophenethylammonium)',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2171,'2021-06-23 14:22:17','86','2-dimethylamino-1-ethylamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2172,'2021-06-23 14:23:27','87','1-methyl-hexylammonium',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2173,'2021-06-23 14:24:04','88','Bis(methylammonium) Not Done',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2174,'2021-06-23 14:24:29','88','(MA)2Pb(SCN)2I2',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2175,'2021-06-23 14:25:29','89','AzoEA2PbI4',2,'[{\"changed\": {\"fields\": [\"Group\", \"Inorganic\"]}}]',2,35),
+(2176,'2021-06-23 14:27:07','90','N,N′-dimethylethylenediaminium tin bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2177,'2021-06-23 14:28:42','91','3-(aminomethyl)piperidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2178,'2021-06-23 14:30:03','92','Bis(1-butylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2179,'2021-06-23 14:31:08','94','Acetamidinium Germanium Iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2180,'2021-06-23 14:31:44','95','Guanidinium Germanium Iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2181,'2021-06-23 14:32:49','97','3-(dimethylamino)-1-propylamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2182,'2021-06-23 14:33:37','98','Bis(1-butylammonium) tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Inorganic\"]}}]',2,35),
+(2183,'2021-06-23 14:34:19','99','4-dimethylaminobutylamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2184,'2021-06-23 14:35:12','100','N-(3-aminopropyl)imidazole lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2185,'2021-06-23 14:36:19','126','Bis(2-phenylethylammonium) bismethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2186,'2021-06-23 14:36:43','102','N, N′-dimethylethylenediamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2187,'2021-06-23 14:39:28','105','Tris(methylammonium) Germanium Iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2188,'2021-06-23 14:40:26','106','Isopropylammonium Germanium Iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2189,'2021-06-23 14:41:24','107','N,N-dimethylphenylene-p-diammonium',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Organic\"]}}]',2,35),
+(2190,'2021-06-23 14:42:15','108','N,N-dimethylphenylene-p-diammonium',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2191,'2021-06-23 14:42:59','109','Bis(2-ethyl-hexylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2192,'2021-06-23 14:43:48','110','Bis(2-phenethylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2193,'2021-06-23 14:44:56','111','Bis(sec-butylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2194,'2021-06-23 14:45:24','113','Ammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,35),
+(2195,'2021-06-23 14:46:16','114','Bis(1-methyl-butylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2196,'2021-06-23 14:47:40','119','N, N′-dimethylethylenediamine lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,35),
+(2197,'2021-06-23 14:48:16','120','N,N′-dimethylethylene-1,2-diammonium bromo tin bromide iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,35),
+(2198,'2021-06-23 14:48:59','121','1,4-phenyldiammonium lead iodide dihydrate',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2199,'2021-06-23 14:49:40','122','Bis­(3,5-dimethyl­anilinium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2200,'2021-06-23 14:50:51','123','Diiodoformamidinium bis(methylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,35),
+(2201,'2021-06-23 14:51:23','124','Diiodoformamidinium tris(methylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,35),
+(2202,'2021-06-23 14:52:08','125','Diiodoformamidinium tetrakis(methylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,35),
+(2203,'2021-06-23 14:55:58','127','Bis(phenylammonium) cadmium bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,35),
+(2204,'2021-06-23 14:56:36','128','2-methyl-1,5-diaminopentane lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2205,'2021-06-23 14:57:03','129','1-Dodecylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2206,'2021-06-23 14:57:28','130','1-tetradecylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2207,'2021-06-23 14:58:05','131','1-hexadecylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2208,'2021-06-23 14:58:28','132','1-octadecylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2209,'2021-06-23 14:58:59','133','Triiodiformamidinium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,35),
+(2210,'2021-06-23 14:59:42','134','Triiodiformamidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,35),
+(2211,'2021-06-23 15:00:15','135','Bis(propane-1,2-diammonium) lead iodide trihydrate',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,35),
+(2212,'2021-06-23 15:01:36','136','Bis­(tert-butyl­ammonium) (lead iodide) iodide dihydrate]',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,35),
+(2213,'2021-06-23 15:02:08','137','Tetrakis(3-phenylpropylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,35),
+(2214,'2021-06-23 15:02:45','138','1,4-phenyldiammonium lead iodide tetrahydrofuran',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,35),
+(2215,'2021-06-23 15:03:14','140','2-fluoro-2-phenethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2216,'2021-06-23 15:03:44','141','3-fluoro-2-phenethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2217,'2021-06-23 15:04:22','142','4-fluoro-2-phenethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2218,'2021-06-23 15:05:00','143','1,4-phenylendiammonium copper chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2219,'2021-06-23 15:05:40','144','1,4-phenylendiammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2220,'2021-06-23 15:06:20','145','Bis(p-biphenylamine) copper chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2221,'2021-06-23 15:06:50','146','Benzidine copper chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2222,'2021-06-23 15:07:31','147','Bis(benzidine) lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2223,'2021-06-23 15:08:25','148','(β-methylphenethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2224,'2021-06-23 15:09:06','149','(β-methylphenethylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2225,'2021-06-23 15:25:52','150','(β-methylphenethylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2226,'2021-06-23 15:26:29','151','5,5‘-bis(ammoniumethylsulfanyl)-2,2‘-bithiophene lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2227,'2021-06-23 15:27:07','152','Tetrakis(5-ammoniumethylsulfanyl-2,2‘-bithiophene) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2228,'2021-06-23 15:28:00','153','Tris(5-ammoniumethylsulfanyl-2,2‘-bithiophene) bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2229,'2021-06-23 15:28:17','152','Tetrakis(5-ammoniumethylsulfanyl-2,2‘-bithiophene) lead iodide',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,35),
+(2230,'2021-06-23 15:28:50','154','Cs2InAgCl6',2,'[]',2,35),
+(2231,'2021-06-23 15:28:56','155','Cs2InAgBr6',2,'[]',2,35),
+(2232,'2021-06-23 15:29:04','156','Cs2InAgI6',2,'[]',2,35),
+(2233,'2021-06-23 15:29:12','157','Cs2SnI6',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,35),
+(2234,'2021-06-23 15:29:18','158','Cs2TeI6',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,35),
+(2235,'2021-06-23 15:30:40','159','Bis(nonylammonium) lead ioide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2236,'2021-06-23 15:32:12','160','Bis(methylammonium) potasium bismuth chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,35),
+(2237,'2021-06-23 15:32:49','161','Bis(butylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Organic\"]}}]',2,35),
+(2238,'2021-06-23 15:33:25','162','Quater(pentylammonium) cadmium chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,35),
+(2239,'2021-06-23 15:34:07','164','2-hydroxyethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2240,'2021-06-23 15:34:40','165','Bis(2-thienylmethylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2241,'2021-06-23 15:35:20','166','Guanidinium manganese fomate',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2242,'2021-06-23 15:35:53','167','Azetidium manganese formate',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2243,'2021-06-23 15:36:32','168','Guanidinium zinc fomate',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2244,'2021-06-23 15:37:01','169','Guanidinium copper fomate',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2245,'2021-06-23 15:37:34','172','N,N‘-dimethylethylenediammonium manganese formate',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2246,'2021-06-23 15:37:53','173','N,N‘-dimethylethylenediammonium copper formate',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2247,'2021-06-23 15:38:27','174','[(CH3)2NH2][Mn(CHOO)3]',2,'[]',2,35),
+(2248,'2021-06-23 15:39:11','177','1,8-diaminooctane lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2249,'2021-06-23 15:39:49','178','1,6-diaminohexane lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2250,'2021-06-23 15:40:16','179','Bis(phenethylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2251,'2021-06-23 15:40:46','180','Bis(phenethylammonium) cadmium iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2252,'2021-06-23 15:40:58','180','Bis(phenethylammonium) cadmium iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,35),
+(2253,'2021-06-23 15:41:35','181','N,N-dimethylethanolammonium cadmium chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2254,'2021-06-23 15:42:03','182','Trimethylchloromethylammonium manganese chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2255,'2021-06-23 15:42:37','183','N-methyldabconium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2256,'2021-06-23 15:43:28','184','Dimethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2257,'2021-06-23 15:44:16','185','Triethylpropylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2258,'2021-06-23 15:44:54','186','Heptakis(dimethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2259,'2021-06-23 15:45:25','187','Heptakis(dimethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2260,'2021-06-23 15:46:04','188','Methylammonium germanium bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2261,'2021-06-23 15:46:27','189','Butylammonium germanium bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2262,'2021-06-23 15:46:59','190','Methylammonium tin chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2263,'2021-06-23 15:47:30','191','Methylammonium tin bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2264,'2021-06-23 15:47:51','192','CsSnBr3',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,35),
+(2265,'2021-06-23 15:49:09','193','Formamidinium tin bromide iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2266,'2021-06-23 15:49:46','194','Bis(butylammonium) copper chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2267,'2021-06-23 15:50:42','195','Bis(4-fluorophenylmethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2268,'2021-06-23 15:51:29','196','Bis(4-chlorophenylmethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2269,'2021-06-23 15:51:42','195','Bis(4-fluorophenylmethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,35),
+(2270,'2021-06-23 15:52:20','197','Bis(4-chlorophenylmethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2271,'2021-06-23 15:52:53','197','Bis(4-bromophenylmethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2272,'2021-06-23 15:53:26','196','Bis(4-chlorophenylmethylammonium) lead iodide',2,'[]',2,35),
+(2273,'2021-06-23 15:53:35','195','Bis(4-fluorophenylmethylammonium) lead iodide',2,'[]',2,35),
+(2274,'2021-06-23 15:54:08','198','Bis(4-iodophenylmethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2275,'2021-06-23 15:57:41','199','1,8-octyldiammonium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,35),
+(2276,'2021-06-23 15:58:17','200','1,8-octyldiammonium bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,35),
+(2277,'2021-06-23 15:58:52','201','1,8-octyldiammonium tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,35),
+(2278,'2021-06-23 15:59:27','202','1,9-nonyldiammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Inorganic\"]}}]',2,35),
+(2279,'2021-06-23 15:59:52','203','1,9-nonyldiammonium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,35),
+(2280,'2021-06-23 16:00:18','204','1,9-nonyldiammonium bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,35),
+(2281,'2021-06-23 16:00:45','205','Aniline copper bromide iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2282,'2021-06-23 16:02:19','207','Tris(methylammonium) antimony iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2283,'2021-06-23 16:03:08','208','3-(aminomethyl)pyridinium',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2284,'2021-06-23 16:03:57','209','3-(aminomethyl)pyridinium methylammonium',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2285,'2021-06-23 16:05:00','210','3-(aminomethyl)pyridinium bis(methylammonium)',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2286,'2021-06-24 16:37:55','211','3-(aminomethyl)pyridinium tris(methylammonium)',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2287,'2021-06-24 16:38:11','211','3-(aminomethyl)pyridinium tris(methylammonium)',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,35),
+(2288,'2021-06-24 16:43:46','212','4-(aminomethyl)pyridinium',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2289,'2021-06-24 16:45:23','213','4-(aminomethyl)pyridinium methylammonium',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2290,'2021-06-24 16:46:17','214','4-(aminomethyl)pyridinium bis(methylammonium)',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2291,'2021-06-24 16:47:15','215','4-(aminomethyl)pyridinium tris(methylammonium)',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2292,'2021-06-24 16:48:00','216','Methylbenzylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2293,'2021-06-24 16:48:48','217','Bis(benzylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2294,'2021-06-24 16:49:33','218','Bis(ethylammoniumbithiophene)',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2295,'2021-06-24 16:50:53','219','Bis(ethylammoniumdimethylquaterthiophene)',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2296,'2021-06-24 16:51:32','220','Bis(ethylammoniumdimethylquaterthiophenecarbonitrile)',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2297,'2021-06-24 16:52:12','221','(BTm)2PbI4',2,'[{\"changed\": {\"fields\": [\"Group\", \"Inorganic\"]}}]',2,35),
+(2298,'2021-06-24 16:52:21','219','Bis(ethylammoniumdimethylquaterthiophene)',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,35),
+(2299,'2021-06-24 16:53:08','222','(2,2\'-(ethylenedioxy)bis(ethylammonium) copper chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2300,'2021-06-24 16:53:34','223','Cs2AgBiBr6',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,35),
+(2301,'2021-06-24 16:54:33','224','Bis(4-fluorophenethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2302,'2021-06-24 16:55:12','225','Bis(4-fluorophenethylammonium) methyammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\"]}}]',2,35),
+(2303,'2021-06-24 16:55:59','226','Bis(4-fluorophenethylammonium) bis(methyammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2304,'2021-06-24 16:57:02','228','Iodohexylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2305,'2021-06-24 16:57:44','229','(R)-1-phenylethylammonium bismuth bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2306,'2021-06-24 16:58:17','230','(S)-1-phenylethylammonium bismuth bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2307,'2021-06-24 16:59:06','231','Bis(methylammonium) bismuth thallium bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2308,'2021-06-24 16:59:47','232','Bis(3,4-dichlorobut-3-en-1-ammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2309,'2021-06-24 17:00:29','233','Bis(3,4-dibromobut-3-en-1-ammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2310,'2021-06-24 17:01:12','234','Bis(3,4-dibromobut-3-en-1-ammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2311,'2021-06-24 17:02:07','235','Bis(3-butylidyne-1-ammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\"]}}]',2,35),
+(2312,'2021-06-24 17:02:55','236','Bis(1,2-diiodo-but-1-en-4-ammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2313,'2021-06-24 17:03:26','237','Bis(but3-en-1-ammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\"]}}]',2,35),
+(2314,'2021-06-24 17:04:06','238','Methylammonium bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2315,'2021-06-24 17:05:10','241','Methylammonium potassium gadolinium chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2316,'2021-06-24 17:05:51','242','Methylammonium potassium yttrium chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2317,'2021-06-24 17:06:32','245','Bis(2-(3”, 4’-dimethyl-[2,2’:5’,2’:5”,2”’-quarter-thiophen]-5-yl)ethan-1-ammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2318,'2021-06-24 17:07:18','246','Hexane-1,6-diammonium bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2319,'2021-06-24 17:08:10','247','Tris(N-propylammonium) bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2320,'2021-06-24 17:08:51','248','Bis(butylammonium) formamidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2321,'2021-06-24 17:09:43','249','Bis(benzylammonium) formmamidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2322,'2021-06-24 17:11:19','250','Bis(bithiophene) tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2323,'2021-06-24 17:12:24','251','Bis(bithiophene) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2324,'2021-06-24 17:12:54','252','Bis(butylammonium) caesium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2325,'2021-06-24 17:13:22','253','Bis(butylammonium) caesium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2326,'2021-06-24 17:13:58','254','Benzodiimidazolium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2327,'2021-06-24 17:14:33','255','Benzodiimidazolium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2328,'2021-06-24 17:16:17','256','Tris(thiophenyl) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2329,'2021-06-24 17:16:50','257','Tris(thiophenyl) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2330,'2021-06-24 17:17:19','258','Tris(thiophenyl) lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2331,'2021-06-24 17:18:24','260','Guanidinium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2332,'2021-06-24 17:18:54','261','Guanidinium bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2333,'2021-06-24 17:19:08','260','Guanidinium methylammonium lead iodide',2,'[]',2,35),
+(2334,'2021-06-24 17:19:36','262','Guanidinium tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2335,'2021-06-24 17:20:16','263','Histammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2336,'2021-06-24 17:20:48','264','Histammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2337,'2021-06-24 17:21:28','265','Bis(benzylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2338,'2021-06-24 17:21:43','263','Histammonium lead iodide',2,'[]',2,35),
+(2339,'2021-06-24 17:22:09','266','3-(aminomehtyl)piperidinium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2340,'2021-06-24 17:22:45','267','3-(aminomehtyl)piperidinium bis(methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2341,'2021-06-24 17:24:13','268','3-(aminomehtyl)piperidinium tris(methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2342,'2021-06-24 17:24:56','269','4-(aminomehtyl)piperidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2343,'2021-06-24 17:25:38','270','4-(aminomehtyl)piperidinium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2344,'2021-06-24 17:26:15','271','4-(aminomehtyl)piperidinium bis(methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2345,'2021-06-24 17:26:49','272','4-(aminomehtyl)piperidinium tris(methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2346,'2021-06-24 17:27:13','273','Propylammonium silsesquioxane copper chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2347,'2021-06-24 17:27:50','274','Guanidinium caesium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2348,'2021-06-24 17:28:29','275','Guanidinium cesium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2349,'2021-06-24 17:29:11','276','Guanidinium cesium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2350,'2021-06-24 17:31:40','278','Bis(butylammonium) tetrakis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2351,'2021-06-24 17:32:08','280','4-(aminomethyl)piperidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2352,'2021-06-24 17:32:37','281','3-aminomethylpyridinium lead tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2353,'2021-06-24 17:33:04','282','4-aminomethylpyridinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2354,'2021-06-24 17:33:32','283','4-aminomethylpyridinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2355,'2021-06-24 17:33:58','284','3-aminomethylpyridinium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2356,'2021-06-24 17:34:57','286','4-(aminomethyl)piperidinium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2357,'2021-06-24 17:35:31','287','(R/S-)methylbenzylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2358,'2021-06-24 17:36:20','288','Tetrakis(4-methylpiperidinium) iodide bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2359,'2021-06-24 17:37:39','290','Bis(3-propanolammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2360,'2021-06-24 17:38:04','291','Bis(2-iodoethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2361,'2021-06-24 17:38:44','292','Bis(3-iodopropylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2362,'2021-06-24 17:39:26','293','Bis(4-iodobutylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2363,'2021-06-24 17:39:52','294','Bis(5-iodopentylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2364,'2021-06-24 17:40:28','295','Bis(6-iodohexylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2365,'2021-06-24 17:41:37','296','Bis(2-bromoethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2366,'2021-06-24 17:42:06','297','2,2′-dithiodiethanammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2367,'2021-06-24 17:42:50','298','Iodo-bis(2,2′-dithiodiethanammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2368,'2021-06-24 17:43:30','299','Bis(naphthaleneoxyethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2369,'2021-06-24 17:44:15','300','Bis(naphthaleneoxypropylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2370,'2021-06-24 17:45:00','302','Bis(pyreneoxyethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2371,'2021-06-24 17:45:11','301','(naphthalene-O-propyl-NH3)2PbI4·(C4H6O2)0.5',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,35),
+(2372,'2021-06-24 17:45:39','303','Bis(pyreneoxypropylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2373,'2021-06-24 17:46:12','304','Bis(pyreneoxybutylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2374,'2021-06-24 17:46:44','305','Bis(perylenoxyethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2375,'2021-06-24 17:47:14','306','Bis(4,4-difluoropiperidinium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2376,'2021-06-24 17:47:41','307','Bisdecakis(3,3-difluoropiperidinium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2377,'2021-06-24 17:48:31','308','Piperidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2378,'2021-06-24 17:49:17','309','4-fluoropiperidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2379,'2021-06-24 17:49:51','310','3-fluoropiperidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2380,'2021-06-24 17:50:25','311','Bis(naphthaleneoxybutylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2381,'2021-06-24 17:51:00','312','Bis(naphthaleneoxyhexylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2382,'2021-06-24 17:51:42','313','Bis(methoxynaphthaleneoxyethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2383,'2021-06-24 17:52:42','314','Bis(methoxynaphthaleneoxybutylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2384,'2021-06-24 17:53:17','315','Bis(methoxynaphthaleneoxyhexylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2385,'2021-06-24 17:53:52','316','Bis(pentachloro-phenyloxypropylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2386,'2021-06-24 17:54:30','317','Bis(butylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\"]}}]',2,35),
+(2387,'2021-06-24 17:55:04','318','Pentyldiammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\"]}}]',2,35),
+(2388,'2021-06-24 17:56:00','320','Bis(iodobutylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\"]}}]',2,35),
+(2389,'2021-06-24 17:56:45','321','Bis(4-aminobutyric acid) tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\"]}}]',2,35),
+(2390,'2021-06-24 17:57:27','322','1-(aminoethyl)piperdinium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\"]}}]',2,35),
+(2391,'2021-06-24 17:58:04','323','3-iodopyridinium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2392,'2021-06-24 18:00:37','325','Bis(hexylammonium) manganese chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2393,'2021-06-24 18:00:53','326','CsPbBr3',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,35),
+(2394,'2021-06-24 18:01:03','327','CsSnI3',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,35),
+(2395,'2021-06-24 18:01:33','328','Trimethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2396,'2021-06-24 18:02:11','329','Ethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2397,'2021-06-24 18:02:49','330','Guanidinium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2398,'2021-06-24 18:03:21','331','Bis(guanidinium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2399,'2021-06-24 18:04:01','332','Acetamidinium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2400,'2021-06-24 18:04:41','333','Imidazolium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2401,'2021-06-24 18:05:20','334','Tris(isopropylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2402,'2021-06-24 18:06:06','335','Tris(isopropylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2403,'2021-06-24 18:06:38','336','Bis(butylammonium) methylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2404,'2021-06-24 18:07:25','338','3-mercaptopropionic acid',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2405,'2021-06-24 18:08:02','341','Bis(cyclopropylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Inorganic\"]}}]',2,35),
+(2406,'2021-06-24 18:08:31','342','Bis(cyclobutylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Inorganic\"]}}]',2,35),
+(2407,'2021-06-24 18:09:01','343','Bis(cyclopentylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Inorganic\"]}}]',2,35),
+(2408,'2021-06-24 18:09:27','344','Bis(cyclohexylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Inorganic\"]}}]',2,35),
+(2409,'2021-06-24 18:09:53','345','Tris(cycloheptylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Inorganic\"]}}]',2,35),
+(2410,'2021-06-24 18:10:20','346','Cyclooctylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Inorganic\"]}}]',2,35),
+(2411,'2021-06-24 18:10:52','347','Bis(2-chloroethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Inorganic\"]}}]',2,35),
+(2412,'2021-06-24 18:11:22','348','Methylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2413,'2021-06-24 18:11:49','349','Bis(cyclopropylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\"]}}]',2,35),
+(2414,'2021-06-24 18:12:13','350','Bis(cyclobutylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\"]}}]',2,35),
+(2415,'2021-06-24 18:12:36','351','Bis(cyclopentylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\"]}}]',2,35),
+(2416,'2021-06-24 18:13:00','352','Bis(cyclohexylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\"]}}]',2,35),
+(2417,'2021-06-24 18:13:34','353','Tris(cycloheptylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\"]}}]',2,35),
+(2418,'2021-06-24 18:15:29','354','Cyclooctylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\"]}}]',2,35),
+(2419,'2021-06-24 18:15:38','354','Cyclooctylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,35),
+(2420,'2021-06-24 18:16:06','355','Bis(cyclopropylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\"]}}]',2,35),
+(2421,'2021-06-24 18:16:39','356','Bis(cyclobutylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\"]}}]',2,35),
+(2422,'2021-06-24 18:17:04','357','Bis(cyclopentylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\"]}}]',2,35),
+(2423,'2021-06-24 18:17:32','358','Bis(cyclohexylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\"]}}]',2,35),
+(2424,'2021-06-24 18:17:59','359','Tris(cycloheptylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\"]}}]',2,35),
+(2425,'2021-06-24 18:18:27','360','Cyclooctylammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\"]}}]',2,35),
+(2426,'2021-06-24 18:18:58','361','N-(3-aminopropyl)imidazole lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\"]}}]',2,35),
+(2427,'2021-06-24 18:19:35','362','alpha-methylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2428,'2021-06-24 18:20:03','363','Bis(pentylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2429,'2021-06-24 18:20:32','364','Bis(pentylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2430,'2021-06-24 18:20:57','365','Bis(pentylammonium) tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2431,'2021-06-24 18:21:20','366','Bis(pentylammonium) tetrakis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2432,'2021-06-24 18:21:42','367','Bis(hexylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2433,'2021-06-24 18:22:10','368','Bis(hexylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2434,'2021-06-24 18:22:42','369','Bis(hexylammonium) tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2435,'2021-06-24 18:23:06','370','Bis(pentylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2436,'2021-06-24 18:23:39','371','Bis(hexylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2437,'2021-06-24 18:24:12','372','Histammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2438,'2021-06-24 18:24:51','374','3-(aminomethyl)piperidinium formamidinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2439,'2021-06-24 18:25:31','375','Trimethylammonioethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2440,'2021-06-24 18:26:32','376','Ethylenediammonium oxalate lead iodide tetrahydrate',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\"]}}]',2,35),
+(2441,'2021-06-24 18:27:34','377','Hexafluorobenzen phenethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2442,'2021-06-24 20:56:27','378','Benzene 2,3,4,5,6-pentafluorophenethylammoniom tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2443,'2021-06-24 20:57:20','379','2,3,4,5,6-pentafluorophenethylammoniom tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2444,'2021-06-24 20:57:59','380','3-(aminomethyl)piperindinium methylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\"]}}]',2,35),
+(2445,'2021-06-24 20:58:26','381','4-(aminomethyl)piperindinium formamidinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2446,'2021-06-24 20:58:52','382','4-(aminomethyl)piperindinium methylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2447,'2021-06-24 20:59:22','383','Pyridiniumethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2448,'2021-06-24 20:59:54','384','Imidazoliumethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2449,'2021-06-24 21:00:25','385','Pyrazoliumethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2450,'2021-06-24 21:00:42','386','(PipEA)[PbI4]',2,'[{\"changed\": {\"fields\": [\"Group\", \"Inorganic\"]}}]',2,35),
+(2451,'2021-06-24 21:01:31','391','Bis(butylammonium) formamidinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2452,'2021-06-24 21:02:03','392','Guanidinium hypophosphite',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2453,'2021-06-24 21:02:33','393','Formamidinium hypophosphite',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2454,'2021-06-24 21:02:56','394','Tris(4-methylpiperidinium) bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2455,'2021-06-24 21:03:25','395','Bis(methylammonium) copper bromide no data',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2456,'2021-06-24 21:14:53','396','methylammonium copper bromide chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2457,'2021-06-24 21:16:15','398','Bis(methylammonium) copper bromide chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2458,'2021-06-24 21:16:48','399','Bis(methylammonium) copper bromide chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2459,'2021-06-24 21:17:19','401','Bis(methylammonium) copper bromide chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2460,'2021-06-24 21:17:53','402','Azetidinium methylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2461,'2021-06-24 21:19:19','405','S-1-(1-naphthyl)ethylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2462,'2021-06-24 21:20:03','406','R-1-(1-naphthyl)ethylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2463,'2021-06-24 21:20:37','407','S-1-methyl benzylamine lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2464,'2021-06-24 21:21:16','408','1-(1-naphthyl)ethylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2465,'2021-06-24 21:21:39','409','S-1-(1-naphthyl)ethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2466,'2021-06-24 21:22:33','410','Bis(cyclohexylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2467,'2021-06-24 21:23:02','411','Bis(cyclohexylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2468,'2021-06-24 21:23:33','412','Bis(2-bromophenethyl)ammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2469,'2021-06-24 21:23:59','413','Bis(2-chlorophenethyl)ammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2470,'2021-06-24 21:24:33','414','Bis(butylammonium) mehtylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2471,'2021-06-24 21:25:02','415','Bis(methylammonium) manganese chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2472,'2021-06-24 21:25:43','416','(3-pyrrolinium) cadmium bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2473,'2021-06-24 21:26:12','417','Bis(S-)methylbenzylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2474,'2021-06-24 21:26:35','418','Bis(R-)methylbenzylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2475,'2021-06-24 21:27:00','419','Bis(rac-)methylbenzylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2476,'2021-06-24 21:27:28','420','3-aminopyrrolidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Inorganic\"]}}]',2,35),
+(2477,'2021-06-24 21:27:54','421','3-aminopyrrolidinium lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2478,'2021-06-24 21:28:20','422','3-aminopyrrolidinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2479,'2021-06-24 21:28:47','423','Bis(phenethylammonium) tin bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2480,'2021-06-24 21:29:12','424','2,3,4,5,6-pentafluorophenethylammonium 2-naphthyleneethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2481,'2021-06-24 21:30:02','425','Bis(phenethylammonium) copper chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2482,'2021-06-24 21:30:24','428','Bis(butylammonium) mehtylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2483,'2021-06-24 21:30:49','429','Bis(butylammonium) dimehtylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2484,'2021-06-24 21:31:10','430','Bis(butylammonium) guanidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2485,'2021-06-24 21:31:37','431','N, N′-Dimethylpyrazinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2486,'2021-06-24 21:32:03','432','N-Hydro-N′-methylpyrazinium lead bromide iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2487,'2021-06-24 21:32:25','433','N-Hydro-N′-ethylpyrazinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2488,'2021-06-24 21:32:44','434','N-Hydro-N′-isopropylpyrazinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2489,'2021-06-24 21:33:04','435','N,N′-Dihydro-3-amidinopyridinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2490,'2021-06-24 21:33:38','436','N,N′-Dihydro-1,3-propanediammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2491,'2021-06-24 21:34:01','437','N, N′-Dimethylpyrazinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2492,'2021-06-24 21:34:35','438','thieno[3,2-b]thiophene',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2493,'2021-06-24 21:35:03','439','Bis(butylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2494,'2021-06-24 21:35:31','440','Acetylacetonate methylammonium iodide gallium',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2495,'2021-06-24 21:36:20','441','Acetylacetonate gallium',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2496,'2021-06-24 21:36:43','444','1,8-octyldiammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2497,'2021-06-24 21:37:12','445','Bis(1-butyl-1-methyl-piperidinium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2498,'2021-06-24 21:37:45','446','Bis(1-butyl-1-methyl-piperidinium) tin bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2499,'2021-06-24 21:38:19','447','Bis(1-butyl-1-methyl-piperidinium) germanium bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2500,'2021-06-24 21:38:46','448','Bis(1-butyl-1-methyl-piperidinium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\"]}}]',2,35),
+(2501,'2021-06-24 21:39:14','449','Trimethyl(fluoromethyl)phosphonium cadmium bromide chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(2502,'2021-06-24 21:39:56','452','Propylammonium iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2503,'2021-06-24 21:40:31','453','Bis((S)-1-(1-naphthyl)ethylamineH) N,N-dimethylformamide lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2504,'2021-06-24 21:41:11','454','Bis((R)-1-(1-naphthyl)ethylamineH) N,N-dimethylformamide lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,35),
+(2505,'2021-06-24 21:41:44','455','Bis(phenethylammonium) tris(formamidinium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,35),
+(2506,'2021-06-26 16:02:59','457','[(NDIC2)2Pb5I14(DMF)2]·4DMF',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,47),
+(2507,'2021-07-06 21:40:50','40','Methylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,66),
+(2508,'2021-07-06 21:50:53','1159','Z. Valy Vardeny, ',2,'[{\"changed\": {\"fields\": [\"Last name\"]}}]',5,35),
+(2509,'2021-07-17 09:11:19','1879','ID: 1879 (atomic structure)',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1214\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1303\"}}]',34,15),
+(2510,'2021-07-17 09:16:40','459','S-1-Me-HA2PbI4',2,'[{\"changed\": {\"fields\": [\"Group\", \"Organic\"]}}]',2,15),
+(2511,'2021-07-20 22:25:45','130','1-tetradecylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,35),
+(2512,'2021-07-28 08:29:14','1423','Volker Blum, Duke',2,'[{\"changed\": {\"fields\": [\"First name\", \"Last name\", \"Institution\"]}}]',5,15),
+(2513,'2021-08-03 08:36:02','462','S-4-NH3-MBAPbI4',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,15),
+(2514,'2021-08-13 17:59:19','107','N,N-dimethylphenylene-p-diammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(2515,'2021-08-13 17:59:35','108','N,N-dimethylphenylene-p-diammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(2516,'2021-08-17 18:43:49','166','Guanidinium manganese formate',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(2517,'2021-08-17 19:41:33','49','2,2′(ethylenedioxy)bis(ethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2518,'2021-08-17 19:41:59','50','2,2′(ethylenedioxy)bis(ethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2519,'2021-08-17 19:42:20','51','2,2′(ethylenedioxy)bis(ethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2520,'2021-08-17 19:42:52','53','5,5‘ ‘‘-bis(aminoethyl)-2,2‘:5‘,2‘ ‘:5‘ ‘,2‘ ‘‘-quaterthiophene tin iodide',2,'[]',2,66),
+(2521,'2021-08-17 19:43:17','54','5,5‘ ‘‘-bis(aminoethyl)-2,2‘:5‘,2‘ ‘:5‘ ‘,2‘ ‘‘-quaterthiophene bismuth iodide',2,'[]',2,66),
+(2522,'2021-08-17 19:43:40','55','tetraethylammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(2523,'2021-08-17 19:43:58','56','Tetraethylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2524,'2021-08-17 19:44:16','57','Tetra(N,N′-dimethylethylene-1,2-diammonium bromide) tin bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2525,'2021-08-17 19:44:23','57','tetra(N,N′-dimethylethylene-1,2-diammonium bromide) tin bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(2526,'2021-08-17 19:44:40','58','etra(N,N′-dimethylethylene-1,2-diammonium iodide) tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(2527,'2021-08-17 19:45:02','59','Bis(1-butyl-1-methylpyrrolidinium) tin chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2528,'2021-08-17 19:45:20','60','Hexylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2529,'2021-08-17 19:47:14','61','Dodecylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Organic\", \"Iupac\"]}}]',2,66),
+(2530,'2021-08-17 19:47:21','61','dodecylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(2531,'2021-08-17 19:47:37','63','2-methyl-1,5-pentanediamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2532,'2021-08-17 19:47:55','64','Bis(butylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2533,'2021-08-17 19:48:14','65','1,8-octyldiammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2534,'2021-08-17 19:48:36','66','bis(4-aminobutonic acid) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(2535,'2021-08-17 19:49:28','67','3-(2-ammonioethyl)anilinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2536,'2021-08-17 19:49:48','68','1,4-butyldiammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(2537,'2021-08-17 19:50:07','69','Histammonium lead Bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2538,'2021-08-17 19:50:22','70','Tris(2,6-dimethylpiperazine) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2539,'2021-08-17 19:50:40','71','4-(aminomethyl)piperidine lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2540,'2021-08-17 19:51:00','72','1-ethylpiperazine lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2541,'2021-08-17 19:51:46','73','1-methylpiperazine lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2542,'2021-08-17 19:52:08','74','Homopiperazine lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2543,'2021-08-17 19:52:28','75','Hexamethylenimine lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2544,'2021-08-17 19:52:45','76','Heptamethylenimine lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2545,'2021-08-17 19:54:11','77','Bis(3-(aminomethyl)piperidinium) tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\", \"Organic\", \"Iupac\"]}}]',2,66),
+(2546,'2021-08-17 19:54:41','80','4-fluorophenethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(2547,'2021-08-17 19:54:58','82','3-fluorophenethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(2548,'2021-08-17 19:55:16','83','2-fluorophenethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(2549,'2021-08-17 19:55:32','84','Phenethylammonium perfluorophenethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2550,'2021-08-17 19:55:50','85','Bis(perfluorophenethylammonium)',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2551,'2021-08-17 19:56:03','86','2-dimethylamino-1-ethylamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2552,'2021-08-17 19:56:29','87','1-methyl-hexylammonium',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2553,'2021-08-17 19:57:09','88','bis(methylammonium) lead thiocyanate iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(2554,'2021-08-17 19:57:24','90','N,N′-dimethylethylenediaminium tin bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2555,'2021-08-17 19:57:44','91','3-(aminomethyl)piperidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2556,'2021-08-17 19:58:11','92','Bis(1-butylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2557,'2021-08-17 19:58:40','94','Acetamidinium Germanium Iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2558,'2021-08-17 19:58:59','95','Guanidinium Germanium Iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2559,'2021-08-17 19:59:24','97','3-(dimethylamino)-1-propylamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2560,'2021-08-17 19:59:48','98','Bis(1-butylammonium) tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2561,'2021-08-17 20:00:11','99','4-dimethylaminobutylamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2562,'2021-08-17 20:01:05','100','N-(3-aminopropyl)imidazole lead chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\", \"Iupac\"]}}]',2,66),
+(2563,'2021-08-17 20:01:45','126','Bis(2-phenylethylammonium) bismethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2564,'2021-08-17 20:02:16','102','N, N′-dimethylethylenediamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2565,'2021-08-17 20:02:35','105','Tris(methylammonium) Germanium Iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2566,'2021-08-17 20:02:52','106','Isopropylammonium Germanium Iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2567,'2021-08-17 20:03:07','107','N,N-dimethylphenylene-p-diammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2568,'2021-08-17 20:03:19','108','N,N-dimethylphenylene-p-diammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2569,'2021-08-17 20:03:36','109','Bis(2-ethyl-hexylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2570,'2021-08-17 20:04:09','110','bis(2-phenethylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(2571,'2021-08-17 20:04:33','111','Bis(sec-butylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2572,'2021-08-17 20:04:58','113','ammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(2573,'2021-08-17 20:05:13','58','tetra(N,N′-dimethylethylene-1,2-diammonium iodide) tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(2574,'2021-08-17 20:05:26','114','Bis(1-methyl-butylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2575,'2021-08-17 20:05:48','119','N, N′-dimethylethylenediamine lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2576,'2021-08-17 20:06:34','120','N,N′-dimethylethylene-1,2-diammonium bromo tin bromide iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2577,'2021-08-17 20:06:48','121','1,4-phenyldiammonium lead iodide dihydrate',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2578,'2021-08-17 20:07:07','122','bis­(3,5-dimethyl­anilinium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(2579,'2021-08-17 20:09:05','126','bis(phenylethylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(2580,'2021-08-17 20:40:55','127','Bis(phenylammonium) cadmium bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2581,'2021-08-17 20:41:09','128','2-methyl-1,5-diaminopentane lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2582,'2021-08-17 20:41:34','129','1-Dodecylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2583,'2021-08-17 20:41:51','130','1-tetradecylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2584,'2021-08-17 20:42:05','131','1-hexadecylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2585,'2021-08-17 20:42:17','132','1-octadecylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2586,'2021-08-17 20:42:33','135','Bis(propane-1,2-diammonium) lead iodide trihydrate',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2587,'2021-08-17 20:42:49','136','Bis­(tert-butyl­ammonium) (lead iodide) iodide dihydrate]',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2588,'2021-08-17 20:43:01','137','Tetrakis(3-phenylpropylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2589,'2021-08-17 20:44:21','138','1,4-phenyldiammonium lead iodide tetrahydrofuran',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2590,'2021-08-17 20:44:33','140','2-fluoro-2-phenethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2591,'2021-08-17 20:44:45','141','3-fluoro-2-phenethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2592,'2021-08-17 20:44:58','142','4-fluoro-2-phenethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2593,'2021-08-17 20:45:17','143','1,4-phenylendiammonium copper chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2594,'2021-08-17 20:45:29','144','1,4-phenylendiammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2595,'2021-08-17 20:45:42','145','Bis(p-biphenylamine) copper chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2596,'2021-08-17 20:45:55','146','Benzidine copper chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2597,'2021-08-17 20:46:07','147','Bis(benzidine) lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2598,'2021-08-17 20:46:24','148','(β-methylphenethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2599,'2021-08-17 20:46:32','149','(β-methylphenethylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2600,'2021-08-17 20:46:39','150','(β-methylphenethylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2601,'2021-08-17 20:46:54','151','5,5‘-bis(ammoniumethylsulfanyl)-2,2‘-bithiophene lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2602,'2021-08-17 20:47:06','152','Tetrakis(5-ammoniumethylsulfanyl-2,2‘-bithiophene) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2603,'2021-08-17 20:47:32','153','Tris(5-ammoniumethylsulfanyl-2,2‘-bithiophene) bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Organic\", \"Iupac\"]}}]',2,66),
+(2604,'2021-08-17 20:47:49','159','Bis(nonylammonium) lead ioide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2605,'2021-08-17 20:48:07','160','Bis(methylammonium) potasium bismuth chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2606,'2021-08-17 20:48:20','161','Bis(butylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2607,'2021-08-17 20:48:43','162','Quater(pentylammonium) cadmium chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2608,'2021-08-17 20:49:02','164','2-hydroxyethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2609,'2021-08-17 20:49:15','165','Bis(2-thienylmethylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2610,'2021-08-17 20:49:39','172','N,N‘-dimethylethylenediammonium manganese formate',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2611,'2021-08-17 20:49:50','173','N,N‘-dimethylethylenediammonium copper formate',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(2612,'2021-08-17 20:53:06','174','dimethylamine manganese formate',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Iupac\"]}}]',2,66),
+(2613,'2021-08-17 20:53:35','175','dimethylamine copper formate',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Iupac\"]}}]',2,66),
+(2614,'2021-08-17 20:55:25','176','dimethylamine nickle formate',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Iupac\"]}}]',2,66),
+(2615,'2021-08-24 14:53:23','1','Methylammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2616,'2021-08-24 14:53:35','2','Phenethylammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2617,'2021-08-24 14:53:45','3','5,5‘‘‘-bis(aminoethyl)-2,2‘:5‘,2‘‘:5‘‘,2‘‘‘-quaterthiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2618,'2021-08-24 14:53:53','4','Bis(2-anthrylmethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2619,'2021-08-24 14:54:01','6','2-(2-naphthyl)ethanammonium lead bromide',2,'[]',2,66),
+(2620,'2021-08-24 14:54:07','7','1-(2-naphthyl)methanammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2621,'2021-08-24 14:54:14','8','Phenylmethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2622,'2021-08-24 14:54:21','9','Bis(phenylethylammonium) lead iodide',2,'[]',2,66),
+(2623,'2021-08-24 14:54:25','10','Bis(2-(2-naphtyl)ethanammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2624,'2021-08-24 14:54:30','11','Bis(phenylethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2625,'2021-08-24 14:54:34','12','Bisphenylmethylammonium lead iodide',2,'[]',2,66),
+(2626,'2021-08-24 14:54:39','13','Bisphenylmethylammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2627,'2021-08-24 14:54:46','14','Bis(2-naphtylmethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2628,'2021-08-24 14:55:00','15','Butylammonium germanium iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2629,'2021-08-24 14:55:19','16','Butylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2630,'2021-08-24 14:55:25','17','Butylammonium lead iodide',2,'[]',2,66),
+(2631,'2021-08-24 14:55:29','18','Bis(aminoethyl)-thiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2632,'2021-08-24 14:55:35','19','Bis(aminoethyl)-bithiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2633,'2021-08-24 14:55:40','20','Bis(aminoethyl)-terthiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2634,'2021-08-24 14:55:45','21','Bis(aminoethyl)-quaterthiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2635,'2021-08-24 14:55:50','22','Bis(aminoethyl)-quaterthiophene lead iodide',2,'[]',2,66),
+(2636,'2021-08-24 14:55:56','23','Bis(aminoethyl)-quinquethiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2637,'2021-08-24 14:56:05','24','Methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2638,'2021-08-24 14:56:11','25','Anthracenidemethylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2639,'2021-08-24 14:56:19','25','Anthracenidemethylammonium lead bromide',2,'[]',2,66),
+(2640,'2021-08-24 14:56:23','26','Anthracenidemethylammonium lead iodide',2,'[]',2,66),
+(2641,'2021-08-24 14:56:28','27','Bis(1-(2-naphthyl)methanammonium)',2,'[]',2,66),
+(2642,'2021-08-24 14:56:32','28','Bis(1-tetracenemethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2643,'2021-08-24 14:56:36','29','Bis(1-tetracenemethylammonium) lead iodide',2,'[]',2,66),
+(2644,'2021-08-24 14:56:40','30','Bis(aminoethyl)-thiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2645,'2021-08-24 14:56:43','31','Bis(aminoethyl)-thiophene lead iodide',2,'[]',2,66),
+(2646,'2021-08-24 14:56:47','32','Bis(aminoethyl)-bithiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2647,'2021-08-24 14:56:50','33','Bis(aminoethyl)-bithiophene lead iodide',2,'[]',2,66),
+(2648,'2021-08-24 14:56:54','34','Bis(aminoethyl)-terthiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2649,'2021-08-24 14:56:57','35','Bis(aminoethyl)-terthiophene lead iodide',2,'[]',2,66),
+(2650,'2021-08-24 14:57:00','36','Bis(aminoethyl)-quinquethiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2651,'2021-08-24 14:57:03','37','Bis(aminoethyl)-quinquethiophene lead iodide',2,'[]',2,66),
+(2652,'2021-08-24 14:57:21','38','CsPbI3',2,'[{\"changed\": {\"fields\": [\"Organic\", \"Inorganic\"]}}]',2,66),
+(2653,'2021-08-24 14:57:35','39','FAPbI3',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2654,'2021-08-24 14:57:43','40','Methylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2655,'2021-08-24 14:57:50','41','FAPbBr3',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2656,'2021-08-24 14:57:59','42','Methylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2657,'2021-08-24 14:58:08','44','FASnI3',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2658,'2021-08-24 14:58:20','45','5,5\'diylbis(amino-ethyl)-[2,2\'-bithiophene] silver bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2659,'2021-08-24 14:58:43','46','Cs2AgBiCl6',2,'[{\"changed\": {\"fields\": [\"Organic\", \"Inorganic\"]}}]',2,66),
+(2660,'2021-08-24 14:58:49','47','N-methylethane-1,2-diammonium',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2661,'2021-08-24 14:58:57','48','N-methylpropane-1,3-diammonium',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2662,'2021-08-24 14:59:06','49','2,2′(ethylenedioxy)bis(ethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2663,'2021-08-24 14:59:10','50','2,2′(ethylenedioxy)bis(ethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2664,'2021-08-24 14:59:14','51','2,2′(ethylenedioxy)bis(ethylammonium) lead iodide',2,'[]',2,66),
+(2665,'2021-08-24 14:59:49','53','5,5‘ ‘‘-bis(aminoethyl)-2,2‘:5‘,2‘ ‘:5‘ ‘,2‘ ‘‘-quaterthiophene tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2666,'2021-08-24 15:00:03','54','5,5‘ ‘‘-bis(aminoethyl)-2,2‘:5‘,2‘ ‘:5‘ ‘,2‘ ‘‘-quaterthiophene bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2667,'2021-08-24 15:00:15','55','tetraethylammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2668,'2021-08-24 15:00:24','56','Tetraethylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2669,'2021-08-24 15:00:37','57','tetra(N,N′-dimethylethylene-1,2-diammonium bromide) tin bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2670,'2021-08-24 15:00:49','58','tetra(N,N′-dimethylethylene-1,2-diammonium iodide) tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2671,'2021-08-24 15:00:58','59','Bis(1-butyl-1-methylpyrrolidinium) tin chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2672,'2021-08-24 15:01:02','60','Hexylammonium lead iodide',2,'[]',2,66),
+(2673,'2021-08-24 15:01:07','61','dodecylammonium lead iodide',2,'[]',2,66),
+(2674,'2021-08-24 15:01:13','63','2-methyl-1,5-pentanediamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2675,'2021-08-24 15:01:18','64','Bis(butylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2676,'2021-08-24 15:01:23','65','1,8-octyldiammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2677,'2021-08-24 15:01:29','66','bis(4-aminobutonic acid) lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2678,'2021-08-24 15:01:36','67','3-(2-ammonioethyl)anilinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2679,'2021-08-24 15:01:41','68','1,4-butyldiammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2680,'2021-08-24 15:01:51','69','Histammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Inorganic\"]}}]',2,66),
+(2681,'2021-08-24 15:02:00','70','Tris(2,6-dimethylpiperazine) lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2682,'2021-08-24 15:02:08','71','4-(aminomethyl)piperidine lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2683,'2021-08-24 15:02:12','72','1-ethylpiperazine lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2684,'2021-08-24 15:02:19','73','1-methylpiperazine lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2685,'2021-08-24 15:02:23','74','Homopiperazine lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2686,'2021-08-24 15:02:29','75','Hexamethylenimine lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2687,'2021-08-24 15:02:36','76','Heptamethylenimine lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2688,'2021-08-24 15:02:43','77','Bis(3-(aminomethyl)piperidinium) tris(methylammonium) lead iodide',2,'[]',2,66),
+(2689,'2021-08-24 15:03:03','79','Formandium germanium iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2690,'2021-08-24 15:03:13','80','4-fluorophenethylammonium lead iodide',2,'[]',2,66),
+(2691,'2021-08-24 15:03:18','82','3-fluorophenethylammonium lead iodide',2,'[]',2,66),
+(2692,'2021-08-24 15:03:23','83','2-fluorophenethylammonium lead iodide',2,'[]',2,66),
+(2693,'2021-08-24 15:03:31','84','Phenethylammonium perfluorophenethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2694,'2021-08-24 15:03:38','85','Bis(perfluorophenethylammonium)',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2695,'2021-08-24 15:03:43','86','2-dimethylamino-1-ethylamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2696,'2021-08-24 15:03:48','87','1-methyl-hexylammonium',2,'[]',2,66),
+(2697,'2021-08-24 15:04:07','88','bis(methylammonium) lead thiocyanate iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2698,'2021-08-24 15:04:13','89','AzoEA2PbI4',2,'[]',2,66),
+(2699,'2021-08-24 15:04:22','90','N,N′-dimethylethylenediaminium tin bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2700,'2021-08-24 15:04:29','90','N,N′-dimethylethylenediaminium tin bromide',2,'[]',2,66),
+(2701,'2021-08-24 15:04:35','91','3-(aminomethyl)piperidinium lead iodide',2,'[]',2,66),
+(2702,'2021-08-24 15:04:39','92','Bis(1-butylammonium) bis(methylammonium) lead iodide',2,'[]',2,66),
+(2703,'2021-08-24 15:05:07','93','Tropylium Tin Iodide',2,'[{\"changed\": {\"fields\": [\"Organic\", \"Inorganic\"]}}]',2,66),
+(2704,'2021-08-24 15:05:13','94','Acetamidinium Germanium Iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2705,'2021-08-24 15:05:35','95','Guanidinium Germanium Iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2706,'2021-08-24 15:05:48','96','Tropylium Lead Iodide',2,'[{\"changed\": {\"fields\": [\"Organic\", \"Inorganic\"]}}]',2,66),
+(2707,'2021-08-24 15:05:54','97','3-(dimethylamino)-1-propylamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2708,'2021-08-24 15:06:00','98','Bis(1-butylammonium) tris(methylammonium) lead iodide',2,'[]',2,66),
+(2709,'2021-08-24 15:06:05','99','4-dimethylaminobutylamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2710,'2021-08-24 15:06:10','100','N-(3-aminopropyl)imidazole lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2711,'2021-08-24 15:10:58','102','N, N′-dimethylethylenediamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2712,'2021-08-24 15:11:02','105','Tris(methylammonium) Germanium Iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2713,'2021-08-24 15:11:09','106','Isopropylammonium Germanium Iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2714,'2021-08-24 15:11:26','107','N,N-dimethylphenylene-p-diammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2715,'2021-08-24 15:11:34','108','N,N-dimethylphenylene-p-diammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2716,'2021-08-24 15:11:39','109','Bis(2-ethyl-hexylammonium) lead iodide',2,'[]',2,66),
+(2717,'2021-08-24 15:11:46','110','bis(2-phenethylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2718,'2021-08-24 15:11:50','111','Bis(sec-butylammonium) lead iodide',2,'[]',2,66),
+(2719,'2021-08-24 15:11:56','113','ammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2720,'2021-08-24 15:12:01','114','Bis(1-methyl-butylammonium) lead iodide',2,'[]',2,66),
+(2721,'2021-08-24 15:12:17','115','MeTz-PhMA2PbI4',2,'[{\"changed\": {\"fields\": [\"Organic\", \"Inorganic\"]}}]',2,66),
+(2722,'2021-08-24 15:12:38','116','MeTz-PhMA2PbBr4',2,'[{\"changed\": {\"fields\": [\"Organic\", \"Inorganic\"]}}]',2,66),
+(2723,'2021-08-24 15:12:45','117','Cs4SnBr6',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2724,'2021-08-24 15:12:50','118','Cs4SnI6',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2725,'2021-08-24 15:12:56','119','N, N′-dimethylethylenediamine lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2726,'2021-08-24 15:13:01','119','N, N′-dimethylethylenediamine lead chloride',2,'[]',2,66),
+(2727,'2021-08-24 15:13:26','120','N,N′-dimethylethylene-1,2-diammonium bromo tin bromide iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2728,'2021-08-24 15:13:30','121','1,4-phenyldiammonium lead iodide dihydrate',2,'[]',2,66),
+(2729,'2021-08-24 15:13:34','122','bis­(3,5-dimethyl­anilinium) lead iodide',2,'[]',2,66),
+(2730,'2021-08-24 15:13:40','123','Diiodoformamidinium bis(methylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2731,'2021-08-24 15:13:49','124','Diiodoformamidinium tris(methylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2732,'2021-08-24 15:13:58','125','Diiodoformamidinium tetrakis(methylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2733,'2021-08-24 15:14:02','126','bis(phenylethylammonium) bis(methylammonium) lead iodide',2,'[]',2,66),
+(2734,'2021-08-24 15:14:12','127','Bis(phenylammonium) cadmium bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2735,'2021-08-24 15:14:16','128','2-methyl-1,5-diaminopentane lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2736,'2021-08-24 15:14:20','129','1-Dodecylammonium lead iodide',2,'[]',2,66),
+(2737,'2021-08-24 15:14:24','130','1-tetradecylammonium lead iodide',2,'[]',2,66),
+(2738,'2021-08-24 15:14:27','131','1-hexadecylammonium lead iodide',2,'[]',2,66),
+(2739,'2021-08-24 15:14:30','132','1-octadecylammonium lead iodide',2,'[]',2,66),
+(2740,'2021-08-24 15:14:41','133','Triiodiformamidinium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2741,'2021-08-24 15:14:54','134','Triiodiformamidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2742,'2021-08-24 15:15:03','135','Bis(propane-1,2-diammonium) lead iodide trihydrate',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2743,'2021-08-24 15:15:16','136','Bis­(tert-butyl­ammonium) (lead iodide) iodide dihydrate]',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2744,'2021-08-24 15:15:23','137','Tetrakis(3-phenylpropylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2745,'2021-08-24 15:15:38','138','1,4-phenyldiammonium lead iodide tetrahydrofuran',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2746,'2021-08-24 15:15:42','140','2-fluoro-2-phenethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2747,'2021-08-24 15:15:45','141','3-fluoro-2-phenethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2748,'2021-08-24 15:15:48','142','4-fluoro-2-phenethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2749,'2021-08-24 15:15:57','143','1,4-phenylendiammonium copper chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2750,'2021-08-24 15:16:02','144','1,4-phenylendiammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2751,'2021-08-24 15:16:05','145','Bis(p-biphenylamine) copper chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2752,'2021-08-24 15:16:08','146','Benzidine copper chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2753,'2021-08-24 15:16:15','147','Bis(benzidine) lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2754,'2021-08-24 15:16:17','148','(β-methylphenethylammonium) lead iodide',2,'[]',2,66),
+(2755,'2021-08-24 15:16:20','149','(β-methylphenethylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2756,'2021-08-24 15:16:23','150','(β-methylphenethylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2757,'2021-08-24 15:16:26','151','5,5‘-bis(ammoniumethylsulfanyl)-2,2‘-bithiophene lead iodide',2,'[]',2,66),
+(2758,'2021-08-24 15:16:29','152','Tetrakis(5-ammoniumethylsulfanyl-2,2‘-bithiophene) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2759,'2021-08-24 15:42:20','153','Tris(5-ammoniumethylsulfanyl-2,2‘-bithiophene) bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2760,'2021-08-24 15:42:30','154','Cs2InAgCl6',2,'[]',2,66),
+(2761,'2021-08-24 15:42:34','159','Bis(nonylammonium) lead ioide',2,'[]',2,66),
+(2762,'2021-08-24 15:42:49','160','Bis(methylammonium) potasium bismuth chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2763,'2021-08-24 15:42:54','161','Bis(butylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2764,'2021-08-24 15:43:05','162','Quater(pentylammonium) cadmium chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2765,'2021-08-24 15:43:09','164','2-hydroxyethylammonium lead iodide',2,'[]',2,66),
+(2766,'2021-08-24 15:43:13','165','Bis(2-thienylmethylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2767,'2021-08-24 15:43:28','166','Guanidinium manganese formate',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2768,'2021-08-24 15:43:35','167','Azetidium manganese formate',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2769,'2021-08-24 15:43:43','168','Guanidinium zinc fomate',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2770,'2021-08-24 15:43:54','169','Guanidinium copper fomate',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2771,'2021-08-24 15:44:00','170','[(CH3)2NH2][Fe(N3)2(HCOO)]',2,'[]',2,66),
+(2772,'2021-08-24 15:44:11','172','N,N‘-dimethylethylenediammonium manganese formate',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2773,'2021-08-24 15:44:18','173','N,N‘-dimethylethylenediammonium copper formate',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2774,'2021-08-24 15:44:27','174','dimethylamine manganese formate',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2775,'2021-08-24 15:44:36','175','dimethylamine copper formate',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2776,'2021-08-24 15:44:48','176','dimethylamine nickle formate',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2777,'2021-08-24 15:44:54','177','1,8-diaminooctane lead iodide',2,'[]',2,66),
+(2778,'2021-08-24 15:44:58','178','1,6-diaminohexane lead iodide',2,'[]',2,66),
+(2779,'2021-08-24 15:45:05','179','Bis(phenethylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2780,'2021-08-24 15:45:17','180','Bis(phenethylammonium) cadmium iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2781,'2021-08-24 15:45:27','181','N,N-dimethylethanolammonium cadmium chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2782,'2021-08-24 15:45:38','182','Trimethylchloromethylammonium manganese chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2783,'2021-08-24 15:45:43','183','N-methyldabconium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2784,'2021-08-24 15:45:50','184','Dimethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2785,'2021-08-24 15:45:55','184','Dimethylammonium lead iodide',2,'[]',2,66),
+(2786,'2021-08-24 15:45:59','185','Triethylpropylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2787,'2021-08-24 15:46:08','186','Heptakis(dimethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2788,'2021-08-24 15:46:14','187','Heptakis(dimethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2789,'2021-08-24 15:46:23','188','Methylammonium germanium bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2790,'2021-08-24 15:46:35','189','Butylammonium germanium bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2791,'2021-08-24 15:46:43','190','Methylammonium tin chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2792,'2021-08-24 15:46:58','191','Methylammonium tin bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2793,'2021-08-24 15:47:04','190','Methylammonium tin chloride',2,'[]',2,66),
+(2794,'2021-08-24 15:47:20','193','Formamidinium tin bromide iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2795,'2021-08-24 15:47:30','194','Bis(butylammonium) copper chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2796,'2021-08-24 15:47:34','195','Bis(4-fluorophenylmethylammonium) lead iodide',2,'[]',2,66),
+(2797,'2021-08-24 15:47:38','196','Bis(4-chlorophenylmethylammonium) lead iodide',2,'[]',2,66),
+(2798,'2021-08-24 15:47:42','197','Bis(4-bromophenylmethylammonium) lead iodide',2,'[]',2,66),
+(2799,'2021-08-24 15:47:48','198','Bis(4-iodophenylmethylammonium) lead iodide',2,'[]',2,66),
+(2800,'2021-08-24 15:47:57','199','1,8-octyldiammonium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2801,'2021-08-24 15:48:05','198','Bis(4-iodophenylmethylammonium) lead iodide',2,'[]',2,66),
+(2802,'2021-08-24 15:48:09','199','1,8-octyldiammonium methylammonium lead iodide',2,'[]',2,66),
+(2803,'2021-08-24 15:48:14','200','1,8-octyldiammonium bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2804,'2021-08-24 15:48:20','201','1,8-octyldiammonium tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2805,'2021-08-24 15:48:27','202','1,9-nonyldiammonium lead iodide',2,'[]',2,66),
+(2806,'2021-08-24 15:48:34','203','1,9-nonyldiammonium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2807,'2021-08-24 15:48:40','204','1,9-nonyldiammonium bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2808,'2021-08-24 15:48:53','205','Aniline copper bromide iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2809,'2021-08-24 15:50:12','53','5,5‘ ‘‘-bis(aminoethyl)-2,2‘:5‘,2‘ ‘:5‘ ‘,2‘ ‘‘-quaterthiophene antimony iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Inorganic\", \"Iupac\"]}}]',2,66),
+(2810,'2021-08-24 15:51:01','59','Bis(1-butyl-1-methylpyrrolidinium) antimony chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Inorganic\", \"Iupac\"]}}]',2,66),
+(2811,'2021-08-24 15:51:18','207','Tris(methylammonium) antimony iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2812,'2021-08-24 15:51:30','208','3-(aminomethyl)pyridinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(2813,'2021-08-24 15:51:47','209','3-(aminomethyl)pyridinium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Inorganic\"]}}]',2,66),
+(2814,'2021-08-24 15:51:59','210','3-(aminomethyl)pyridinium bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(2815,'2021-08-24 15:52:10','211','3-(aminomethyl)pyridinium tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(2816,'2021-08-24 15:52:20','212','4-(aminomethyl)pyridinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(2817,'2021-08-24 15:52:29','213','4-(aminomethyl)pyridinium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(2818,'2021-08-24 15:52:37','214','4-(aminomethyl)pyridinium bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(2819,'2021-08-24 15:52:44','215','4-(aminomethyl)pyridinium tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(2820,'2021-08-24 15:52:49','216','Methylbenzylammonium lead iodide',2,'[]',2,66),
+(2821,'2021-08-24 15:52:54','217','Bis(benzylammonium) lead iodide',2,'[]',2,66),
+(2822,'2021-08-24 15:53:02','218','Bis(ethylammoniumbithiophene) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(2823,'2021-08-24 15:53:13','219','Bis(ethylammoniumdimethylquaterthiophene) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(2824,'2021-08-24 15:53:25','220','Bis(ethylammoniumdimethylquaterthiophenecarbonitrile) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(2825,'2021-08-24 15:53:39','221','(BTm)2PbI4',2,'[]',2,66),
+(2826,'2021-08-24 15:53:47','222','(2,2\'-(ethylenedioxy)bis(ethylammonium) copper chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2827,'2021-08-24 15:53:52','224','Bis(4-fluorophenethylammonium) lead iodide',2,'[]',2,66),
+(2828,'2021-08-24 15:53:57','225','Bis(4-fluorophenethylammonium) methyammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2829,'2021-08-24 15:54:02','226','Bis(4-fluorophenethylammonium) bis(methyammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2830,'2021-08-24 15:54:29','227','methylviologen BiI3Cl2',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2831,'2021-08-24 15:54:34','228','Iodohexylammonium lead iodide',2,'[]',2,66),
+(2832,'2021-08-24 15:54:43','229','(R)-1-phenylethylammonium bismuth bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2833,'2021-08-24 15:54:52','230','(S)-1-phenylethylammonium bismuth bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2834,'2021-08-24 15:55:17','231','Bis(methylammonium) bismuth thallium bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2835,'2021-08-24 15:55:22','232','Bis(3,4-dichlorobut-3-en-1-ammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2836,'2021-08-24 15:55:26','233','Bis(3,4-dibromobut-3-en-1-ammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2837,'2021-08-24 15:55:30','234','Bis(3,4-dibromobut-3-en-1-ammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2838,'2021-08-24 15:55:34','235','Bis(3-butylidyne-1-ammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2839,'2021-08-24 15:55:37','236','Bis(1,2-diiodo-but-1-en-4-ammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2840,'2021-08-24 15:55:41','237','Bis(but3-en-1-ammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2841,'2021-08-24 15:55:51','238','Methylammonium bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2842,'2021-08-24 15:55:57','240','Ba2CaMoO6',2,'[]',2,66),
+(2843,'2021-08-24 15:56:18','241','Methylammonium potassium gadolinium chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2844,'2021-08-24 15:56:36','242','Methylammonium potassium yttrium chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2845,'2021-08-24 15:56:42','245','Bis(2-(3”, 4’-dimethyl-[2,2’:5’,2’:5”,2”’-quarter-thiophen]-5-yl)ethan-1-ammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2846,'2021-08-24 15:56:53','246','Hexane-1,6-diammonium bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2847,'2021-08-24 15:56:57','247','Tris(N-propylammonium) bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2848,'2021-08-24 15:57:42','248','Bis(butylammonium) formamidinium lead iodide',2,'[]',2,66),
+(2849,'2021-08-24 15:57:47','249','Bis(benzylammonium) formmamidinium lead iodide',2,'[]',2,66),
+(2850,'2021-08-24 15:57:54','250','Bis(bithiophene) tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2851,'2021-08-24 15:57:58','251','Bis(bithiophene) lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2852,'2021-08-24 15:58:25','252','Bis(butylammonium) caesium lead bromide',2,'[{\"changed\": {\"fields\": [\"Organic\", \"Inorganic\"]}}]',2,66),
+(2853,'2021-08-24 15:58:46','253','Bis(butylammonium) caesium lead bromide',2,'[{\"changed\": {\"fields\": [\"Organic\", \"Inorganic\"]}}]',2,66),
+(2854,'2021-08-24 15:58:49','254','Benzodiimidazolium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2855,'2021-08-24 15:58:52','255','Benzodiimidazolium lead iodide',2,'[]',2,66),
+(2856,'2021-08-24 15:59:19','256','Tris(thiophenyl) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2857,'2021-08-24 15:59:38','257','Tris(thiophenyl) lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2858,'2021-08-24 16:00:02','258','Tris(thiophenyl) lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2859,'2021-08-24 16:00:29','259','PbI1.524(S-C6H5)0.476',2,'[{\"changed\": {\"fields\": [\"Organic\", \"Inorganic\"]}}]',2,66),
+(2860,'2021-08-24 16:00:34','260','Guanidinium methylammonium lead iodide',2,'[]',2,66),
+(2861,'2021-08-24 16:00:38','261','Guanidinium bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2862,'2021-08-24 16:00:43','262','Guanidinium tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2863,'2021-08-24 16:00:46','263','Histammonium lead iodide',2,'[]',2,66),
+(2864,'2021-08-24 16:00:52','264','Histammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2865,'2021-08-24 16:00:56','265','Bis(benzylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2866,'2021-08-24 16:01:11','266','3-(aminomehtyl)piperidinium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2867,'2021-08-24 16:01:22','267','3-(aminomehtyl)piperidinium bis(methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2868,'2021-08-24 16:01:31','268','3-(aminomehtyl)piperidinium tris(methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2869,'2021-08-24 16:01:37','269','4-(aminomehtyl)piperidinium lead iodide',2,'[]',2,66),
+(2870,'2021-08-24 16:01:49','270','4-(aminomehtyl)piperidinium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2871,'2021-08-24 16:02:00','271','4-(aminomehtyl)piperidinium bis(methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2872,'2021-08-24 16:02:11','272','4-(aminomehtyl)piperidinium tris(methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2873,'2021-08-24 16:02:32','273','Propylammonium silsesquioxane copper chloride',2,'[]',2,66),
+(2874,'2021-08-24 16:02:50','274','Guanidinium caesium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2875,'2021-08-24 16:03:24','275','Guanidinium c',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Inorganic\"]}}]',2,66),
+(2876,'2021-08-24 16:03:40','276','Guanidinium caesium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Inorganic\"]}}]',2,66),
+(2877,'2021-08-24 16:03:50','275','Guanidinium caesium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(2878,'2021-08-24 16:04:01','278','Bis(butylammonium) tetrakis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2879,'2021-08-24 16:04:13','279','[AM]Mn(H2POO)3',2,'[]',2,66),
+(2880,'2021-08-24 16:04:20','280','4-(aminomethyl)piperidinium lead iodide',2,'[]',2,66),
+(2881,'2021-08-24 16:04:30','281','3-aminomethylpyridinium lead tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2882,'2021-08-24 16:04:34','282','4-aminomethylpyridinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2883,'2021-08-24 16:04:39','283','4-aminomethylpyridinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2884,'2021-08-24 16:04:54','284','3-aminomethylpyridinium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2885,'2021-08-24 16:04:59','285','(3AMPY)0.5(4AMPY)0.5Sn2I6',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2886,'2021-08-24 16:05:04','286','4-(aminomethyl)piperidinium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2887,'2021-08-24 16:05:08','287','(R/S-)methylbenzylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2888,'2021-08-24 16:05:29','288','Tetrakis(4-methylpiperidinium) iodide bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2889,'2021-08-24 16:05:34','290','Bis(3-propanolammonium) lead iodide',2,'[]',2,66),
+(2890,'2021-08-24 16:05:40','291','Bis(2-iodoethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2891,'2021-08-24 16:05:45','292','Bis(3-iodopropylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2892,'2021-08-24 16:05:59','293','Bis(4-iodobutylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2893,'2021-08-24 16:06:03','294','Bis(5-iodopentylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2894,'2021-08-24 16:06:07','295','Bis(6-iodohexylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2895,'2021-08-24 16:06:26','296','Bis(2-bromoethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Organic\", \"Inorganic\"]}}]',2,66),
+(2896,'2021-08-24 16:06:31','297','2,2′-dithiodiethanammonium lead iodide',2,'[]',2,66),
+(2897,'2021-08-24 16:06:37','298','Iodo-bis(2,2′-dithiodiethanammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2898,'2021-08-24 16:06:41','299','Bis(naphthaleneoxyethylammonium) lead iodide',2,'[]',2,66),
+(2899,'2021-08-24 16:06:47','300','Bis(naphthaleneoxypropylammonium) lead iodide',2,'[]',2,66),
+(2900,'2021-08-24 16:06:51','301','(naphthalene-O-propyl-NH3)2PbI4·(C4H6O2)0.5',2,'[]',2,66),
+(2901,'2021-08-24 16:06:55','302','Bis(pyreneoxyethylammonium) lead iodide',2,'[]',2,66),
+(2902,'2021-08-24 16:06:59','303','Bis(pyreneoxypropylammonium) lead iodide',2,'[]',2,66),
+(2903,'2021-08-24 16:07:03','304','Bis(pyreneoxybutylammonium) lead iodide',2,'[]',2,66),
+(2904,'2021-08-24 16:07:07','305','Bis(perylenoxyethylammonium) lead iodide',2,'[]',2,66),
+(2905,'2021-08-24 16:07:11','306','Bis(4,4-difluoropiperidinium) lead iodide',2,'[]',2,66),
+(2906,'2021-08-24 16:07:20','307','Bisdecakis(3,3-difluoropiperidinium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2907,'2021-08-24 16:07:25','308','Piperidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2908,'2021-08-24 16:07:31','309','4-fluoropiperidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2909,'2021-08-24 16:07:35','310','3-fluoropiperidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2910,'2021-08-24 16:07:39','311','Bis(naphthaleneoxybutylammonium) lead iodide',2,'[]',2,66),
+(2911,'2021-08-24 16:07:43','312','Bis(naphthaleneoxyhexylammonium) lead iodide',2,'[]',2,66),
+(2912,'2021-08-24 16:07:47','313','Bis(methoxynaphthaleneoxyethylammonium) lead iodide',2,'[]',2,66),
+(2913,'2021-08-24 16:07:50','314','Bis(methoxynaphthaleneoxybutylammonium) lead iodide',2,'[]',2,66),
+(2914,'2021-08-24 16:07:54','315','Bis(methoxynaphthaleneoxyhexylammonium) lead iodide',2,'[]',2,66),
+(2915,'2021-08-24 16:07:58','316','Bis(pentachloro-phenyloxypropylammonium) lead iodide',2,'[]',2,66),
+(2916,'2021-08-24 16:08:02','317','Bis(butylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2917,'2021-08-24 16:08:06','318','Pentyldiammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2918,'2021-08-24 16:08:12','319','(TRA)2SnI4',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2919,'2021-08-24 16:08:17','320','Bis(iodobutylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2920,'2021-08-24 16:08:21','321','Bis(4-aminobutyric acid) tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2921,'2021-08-24 16:08:27','322','1-(aminoethyl)piperdinium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2922,'2021-08-24 16:08:34','323','3-iodopyridinium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2923,'2021-08-24 16:08:46','324','MA2CuClxBr4-x',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2924,'2021-08-24 16:09:03','325','Bis(hexylammonium) manganese chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2925,'2021-08-24 16:09:09','326','CsPbBr3',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2926,'2021-08-24 16:09:14','327','CsSnI3',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2927,'2021-08-24 16:09:22','328','Trimethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2928,'2021-08-24 16:09:33','329','Ethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2929,'2021-08-24 16:09:38','330','Guanidinium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2930,'2021-08-24 16:09:42','331','Bis(guanidinium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2931,'2021-08-24 16:09:45','332','Acetamidinium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2932,'2021-08-24 16:09:51','333','Imidazolium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2933,'2021-08-24 16:09:58','334','Tris(isopropylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2934,'2021-08-24 16:10:05','335','Tris(isopropylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2935,'2021-08-24 16:10:10','336','Bis(butylammonium) methylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2936,'2021-08-24 16:10:18','337','C2-TGA',2,'[]',2,66),
+(2937,'2021-08-24 16:10:30','338','3-mercaptopropionic acid',2,'[]',2,66),
+(2938,'2021-08-24 16:10:34','341','Bis(cyclopropylammonium) lead iodide',2,'[]',2,66),
+(2939,'2021-08-24 16:10:38','342','Bis(cyclobutylammonium) lead iodide',2,'[]',2,66),
+(2940,'2021-08-24 16:10:42','343','Bis(cyclopentylammonium) lead iodide',2,'[]',2,66),
+(2941,'2021-08-24 16:10:45','344','Bis(cyclohexylammonium) lead iodide',2,'[]',2,66),
+(2942,'2021-08-24 16:10:49','345','Tris(cycloheptylammonium) lead iodide',2,'[]',2,66),
+(2943,'2021-08-24 16:10:54','346','Cyclooctylammonium lead iodide',2,'[]',2,66),
+(2944,'2021-08-24 16:10:58','347','Bis(2-chloroethylammonium) lead iodide',2,'[]',2,66),
+(2945,'2021-08-24 16:11:14','348','Methylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Organic\", \"Inorganic\"]}}]',2,66),
+(2946,'2021-08-24 16:11:17','349','Bis(cyclopropylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2947,'2021-08-24 16:11:21','350','Bis(cyclobutylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2948,'2021-08-24 16:11:25','351','Bis(cyclopentylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2949,'2021-08-24 16:11:28','352','Bis(cyclohexylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2950,'2021-08-24 16:11:31','353','Tris(cycloheptylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2951,'2021-08-24 16:11:34','354','Cyclooctylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2952,'2021-08-24 16:11:37','355','Bis(cyclopropylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2953,'2021-08-24 16:11:40','356','Bis(cyclobutylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2954,'2021-08-24 16:11:43','357','Bis(cyclopentylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2955,'2021-08-24 16:11:46','358','Bis(cyclohexylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2956,'2021-08-24 16:11:50','359','Tris(cycloheptylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2957,'2021-08-24 16:11:56','360','Cyclooctylammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2958,'2021-08-24 16:12:01','361','N-(3-aminopropyl)imidazole lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2959,'2021-08-24 16:12:05','362','alpha-methylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2960,'2021-08-24 16:12:24','363','Bis(pentylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2961,'2021-08-24 16:13:01','267','3-(aminomehtyl)piperidinium bis(methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2962,'2021-08-24 16:13:19','266','3-(aminomehtyl)piperidinium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2963,'2021-08-24 16:13:36','270','4-(aminomehtyl)piperidinium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2964,'2021-08-24 16:13:49','271','4-(aminomehtyl)piperidinium bis(methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2965,'2021-08-24 16:14:05','126','bis(phenylethylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2966,'2021-08-24 16:14:19','268','3-(aminomehtyl)piperidinium tris(methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2967,'2021-08-24 16:14:38','272','4-(aminomehtyl)piperidinium tris(methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2968,'2021-08-24 16:14:50','77','Bis(3-(aminomethyl)piperidinium) tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2969,'2021-08-24 16:15:09','278','Bis(butylammonium) tetrakis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2970,'2021-08-24 16:15:26','269','4-(aminomehtyl)piperidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2971,'2021-08-24 16:15:40','91','3-(aminomethyl)piperidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2972,'2021-08-24 16:15:54','92','Bis(1-butylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2973,'2021-08-24 16:16:07','98','Bis(1-butylammonium) tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2974,'2021-08-24 16:16:24','53','5,5‘ ‘‘-bis(aminoethyl)-2,2‘:5‘,2‘ ‘:5‘ ‘,2‘ ‘‘-quaterthiophene antimony iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2975,'2021-08-24 16:16:39','364','Bis(pentylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2976,'2021-08-24 16:16:46','365','Bis(pentylammonium) tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2977,'2021-08-24 16:16:53','366','Bis(pentylammonium) tetrakis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2978,'2021-08-24 16:17:01','367','Bis(hexylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2979,'2021-08-24 16:17:05','368','Bis(hexylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2980,'2021-08-24 16:17:10','369','Bis(hexylammonium) tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2981,'2021-08-24 16:17:14','370','Bis(pentylammonium) lead iodide',2,'[]',2,66),
+(2982,'2021-08-24 16:17:17','371','Bis(hexylammonium) lead iodide',2,'[]',2,66),
+(2983,'2021-08-24 16:17:21','372','Histammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2984,'2021-08-24 16:17:38','373','A3Bi2I9',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2985,'2021-08-24 16:17:49','374','3-(aminomethyl)piperidinium formamidinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2986,'2021-08-24 16:17:54','375','Trimethylammonioethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2987,'2021-08-24 16:18:01','376','Ethylenediammonium oxalate lead iodide tetrahydrate',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2988,'2021-08-24 16:18:06','377','Hexafluorobenzen phenethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2989,'2021-08-24 16:18:10','378','Benzene 2,3,4,5,6-pentafluorophenethylammoniom tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2990,'2021-08-24 16:18:15','379','2,3,4,5,6-pentafluorophenethylammoniom tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2991,'2021-08-24 16:18:21','380','3-(aminomethyl)piperindinium methylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2992,'2021-08-24 16:18:27','381','4-(aminomethyl)piperindinium formamidinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2993,'2021-08-24 16:18:31','382','4-(aminomethyl)piperindinium methylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2994,'2021-08-24 16:18:36','383','Pyridiniumethylammonium lead iodide',2,'[]',2,66),
+(2995,'2021-08-24 16:18:41','384','Imidazoliumethylammonium lead iodide',2,'[]',2,66),
+(2996,'2021-08-24 16:18:50','385','Pyrazoliumethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(2997,'2021-08-24 16:18:55','386','(PipEA)[PbI4]',2,'[]',2,66),
+(2998,'2021-08-24 16:19:04','387','Ruddlesden-Popper',2,'[]',2,66),
+(2999,'2021-08-24 16:19:10','388','PEALI',2,'[]',2,66),
+(3000,'2021-08-24 16:19:15','391','Bis(butylammonium) formamidinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3001,'2021-08-24 16:19:22','392','Guanidinium hypophosphite',2,'[]',2,66),
+(3002,'2021-08-24 16:19:28','394','Tris(4-methylpiperidinium) bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3003,'2021-08-24 16:19:58','395','Bis(methylammonium) copper bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Inorganic\"]}}]',2,66),
+(3004,'2021-08-24 16:20:04','396','methylammonium copper bromide chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3005,'2021-08-24 16:20:13','397','MA2CUCl2BR2',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3006,'2021-08-24 16:20:23','398','Bis(methylammonium) copper bromide chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3007,'2021-08-24 16:20:37','399','Bis(methylammonium) copper bromide chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3008,'2021-08-24 16:20:47','399','Bis(methylammonium) copper bromide chloride',2,'[]',2,66),
+(3009,'2021-08-24 16:20:56','400','MA2CuCl4',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3010,'2021-08-24 16:21:09','401','Bis(methylammonium) copper bromide chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3011,'2021-08-24 16:21:23','402','Azetidinium methylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Organic\", \"Inorganic\"]}}]',2,66),
+(3012,'2021-08-24 16:21:32','402','Azetidinium methylammonium lead bromide',2,'[]',2,66),
+(3013,'2021-08-24 16:21:39','403','MA3Bi2I9',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3014,'2021-08-24 16:21:42','404','Cs3Bi2I9',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3015,'2021-08-24 16:21:47','405','S-1-(1-naphthyl)ethylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3016,'2021-08-24 16:21:50','406','R-1-(1-naphthyl)ethylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3017,'2021-08-24 16:21:55','407','S-1-methyl benzylamine lead iodide',2,'[]',2,66),
+(3018,'2021-08-24 16:21:59','408','1-(1-naphthyl)ethylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3019,'2021-08-24 16:22:05','409','S-1-(1-naphthyl)ethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3020,'2021-08-24 16:22:09','410','Bis(cyclohexylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3021,'2021-08-24 16:22:14','411','Bis(cyclohexylammonium) lead iodide',2,'[]',2,66),
+(3022,'2021-08-24 16:22:18','412','Bis(2-bromophenethyl)ammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3023,'2021-08-24 16:22:24','413','Bis(2-chlorophenethyl)ammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3024,'2021-08-24 16:22:28','414','Bis(butylammonium) mehtylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3025,'2021-08-24 16:22:36','415','Bis(methylammonium) manganese chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3026,'2021-08-24 16:22:48','416','(3-pyrrolinium) cadmium bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3027,'2021-08-24 16:22:52','417','Bis(S-)methylbenzylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3028,'2021-08-24 16:22:58','418','Bis(R-)methylbenzylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3029,'2021-08-24 16:23:03','419','Bis(rac-)methylbenzylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3030,'2021-08-24 16:23:07','420','3-aminopyrrolidinium lead iodide',2,'[]',2,66),
+(3031,'2021-08-24 16:23:11','421','3-aminopyrrolidinium lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3032,'2021-08-24 16:23:15','422','3-aminopyrrolidinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3033,'2021-08-24 16:23:19','423','Bis(phenethylammonium) tin bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3034,'2021-08-24 16:23:25','424','2,3,4,5,6-pentafluorophenethylammonium 2-naphthyleneethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3035,'2021-08-24 16:23:32','425','Bis(phenethylammonium) copper chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3036,'2021-08-24 16:23:39','426','(PPA)2(MA0.5FA0.5)Pb2I7',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3037,'2021-08-24 16:23:45','427','(PPA)2(MA0.5FA0.5)Pb3I10',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3038,'2021-08-24 16:23:50','428','Bis(butylammonium) mehtylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3039,'2021-08-24 16:23:55','429','Bis(butylammonium) dimehtylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3040,'2021-08-24 16:23:59','430','Bis(butylammonium) guanidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3041,'2021-08-24 16:24:08','431','N, N′-Dimethylpyrazinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3042,'2021-08-24 16:24:18','432','N-Hydro-N′-methylpyrazinium lead bromide iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3043,'2021-08-24 16:24:22','433','N-Hydro-N′-ethylpyrazinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3044,'2021-08-24 16:24:26','434','N-Hydro-N′-isopropylpyrazinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3045,'2021-08-24 16:24:30','435','N,N′-Dihydro-3-amidinopyridinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3046,'2021-08-24 16:24:34','436','N,N′-Dihydro-1,3-propanediammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3047,'2021-08-24 16:24:45','437','N, N′-Dimethylpyrazinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3048,'2021-08-24 16:24:54','438','thieno[3,2-b]thiophene',2,'[]',2,66),
+(3049,'2021-08-24 16:25:07','439','Bis(butylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3050,'2021-08-24 16:25:17','440','Acetylacetonate methylammonium iodide gallium',2,'[]',2,66),
+(3051,'2021-08-24 16:25:21','441','Acetylacetonate gallium',2,'[]',2,66),
+(3052,'2021-08-24 16:25:26','444','1,8-octyldiammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3053,'2021-08-24 16:25:30','445','Bis(1-butyl-1-methyl-piperidinium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3054,'2021-08-24 16:25:34','446','Bis(1-butyl-1-methyl-piperidinium) tin bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3055,'2021-08-24 16:25:40','447','Bis(1-butyl-1-methyl-piperidinium) germanium bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3056,'2021-08-24 16:25:44','448','Bis(1-butyl-1-methyl-piperidinium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3057,'2021-08-24 16:25:54','449','Trimethyl(fluoromethyl)phosphonium cadmium bromide chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3058,'2021-08-24 16:26:10','450','CaSnS3',2,'[{\"changed\": {\"fields\": [\"Organic\", \"Inorganic\"]}}]',2,66),
+(3059,'2021-08-24 16:26:26','452','Propylammonium iodide',2,'[{\"changed\": {\"fields\": [\"Organic\", \"Inorganic\"]}}]',2,66),
+(3060,'2021-08-24 16:26:33','453','Bis((S)-1-(1-naphthyl)ethylamineH) N,N-dimethylformamide lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3061,'2021-08-24 16:26:39','454','Bis((R)-1-(1-naphthyl)ethylamineH) N,N-dimethylformamide lead chloride',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3062,'2021-08-24 16:26:44','455','Bis(phenethylammonium) tris(formamidinium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3063,'2021-08-24 16:26:47','456','[S-(−)-1-(1-naphthyl)ethylammonium]2PbBr4',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3064,'2021-08-24 16:26:56','457','[(NDIC2)2Pb5I14(DMF)2]·4DMF',2,'[]',2,66),
+(3065,'2021-08-24 16:27:00','458','R-4-Cl-MBA2PbBr4',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3066,'2021-08-24 16:27:03','459','S-1-Me-HA2PbI4',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3067,'2021-08-24 16:27:08','460','S-2-Me-BuA2PbBr4',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3068,'2021-08-24 16:27:11','461','S-4-NO2-MBA2PbBr4.H2O',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3069,'2021-08-24 16:27:16','462','S-4-NH3-MBAPbI4',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3070,'2021-09-02 20:55:11','150','(β-methylphenethylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3071,'2021-09-02 20:55:53','150','bis(β-methylphenethylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(3072,'2021-09-02 20:56:25','149','bis(β-methylphenethylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(3073,'2021-09-07 21:50:55','106','ID: 106 (atomic structure)',2,'[{\"changed\": {\"name\": \"computational details\", \"object\": \"ID: 8\", \"fields\": [\"K point grid\"]}}]',34,35),
+(3074,'2021-09-07 21:51:11','107','ID: 107 (atomic structure)',2,'[{\"changed\": {\"name\": \"computational details\", \"object\": \"ID: 9\", \"fields\": [\"K point grid\"]}}]',34,35),
+(3075,'2021-09-07 21:51:23','108','ID: 108 (atomic structure)',2,'[{\"changed\": {\"name\": \"computational details\", \"object\": \"ID: 10\", \"fields\": [\"K point grid\"]}}]',34,35),
+(3076,'2021-09-07 21:54:33','24','Methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,35),
+(3077,'2021-09-28 20:47:50','65','1,8-octyldiammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3078,'2021-09-28 20:48:55','177','1,8-octyldiammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(3079,'2021-09-28 20:50:01','178','1,6-diaminohexane lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3080,'2021-09-28 20:50:27','179','Bis(phenethylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3081,'2021-09-28 20:50:48','180','Bis(phenethylammonium) cadmium iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3082,'2021-09-28 20:51:11','181','N,N-dimethylethanolammonium cadmium chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3083,'2021-09-28 20:51:35','182','Trimethylchloromethylammonium manganese chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3084,'2021-09-28 20:52:58','184','Dimethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3085,'2021-09-28 20:53:17','185','Triethylpropylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3086,'2021-09-28 20:54:02','186','Heptakis(bimethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(3087,'2021-09-28 20:54:30','187','Heptakis(dimethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3088,'2021-09-28 20:54:44','188','Methylammonium germanium bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3089,'2021-09-28 20:55:53','189','Butylammonium germanium bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3090,'2021-09-28 20:56:09','190','Methylammonium tin chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3091,'2021-09-28 20:56:25','191','Methylammonium tin bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3092,'2021-10-04 12:55:58','1','Methylammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\"]}}]',2,66),
+(3093,'2021-10-04 12:56:46','2','Phenethylammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\"]}}]',2,66),
+(3094,'2021-10-04 12:57:00','3','5,5‘‘‘-bis(aminoethyl)-2,2‘:5‘,2‘‘:5‘‘,2‘‘‘-quaterthiophene lead bromide',2,'[]',2,66),
+(3095,'2021-10-04 12:57:04','3','5,5‘‘‘-bis(aminoethyl)-2,2‘:5‘,2‘‘:5‘‘,2‘‘‘-quaterthiophene lead bromide',2,'[]',2,66),
+(3096,'2021-10-04 12:58:40','4','Bis(2-anthrylmethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3097,'2021-10-04 12:58:49','5','CaTiO3',2,'[]',2,66),
+(3098,'2021-10-04 12:59:05','6','2-(2-naphthyl)ethanammonium lead bromide',2,'[]',2,66),
+(3099,'2021-10-04 13:00:01','7','1-(2-naphthyl)methanammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3100,'2021-10-04 13:05:50','8','bis(Phenylmethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,66),
+(3101,'2021-10-04 13:06:30','9','Bis(phenylethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\", \"Organic\"]}}]',2,66),
+(3102,'2021-10-04 13:06:45','8','Bis(Phenylmethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(3103,'2021-10-04 13:09:54','10','Bis(2-(2-naphtyl)ethanammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\", \"Organic\"]}}]',2,66),
+(3104,'2021-10-04 13:10:50','11','Bis(phenylethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\"]}}]',2,66),
+(3105,'2021-10-04 13:12:21','12','Bis(phenylmethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3106,'2021-10-04 13:13:04','13','Bis(phenylmethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Iupac\"]}}]',2,66),
+(3107,'2021-10-04 13:13:12','13','Bis(phenylmethylammonium) lead chloride',2,'[]',2,66),
+(3108,'2021-10-04 13:13:55','14','Bis(2-naphtylmethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3109,'2021-10-04 13:15:45','15','Bis(Butylammonium) germanium iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Iupac\"]}}]',2,66),
+(3110,'2021-10-04 13:16:30','16','Bis(Butylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Iupac\"]}}]',2,66),
+(3111,'2021-10-04 13:17:01','17','Bis(Butylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Iupac\"]}}]',2,66),
+(3112,'2021-10-04 13:22:23','18','Bis(aminoethyl)-thiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\", \"Iupac\"]}}]',2,66),
+(3113,'2021-10-04 13:22:50','19','Bis(aminoethyl)-bithiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3114,'2021-10-04 13:24:36','20','Bis(aminoethyl)-terthiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3115,'2021-10-04 13:24:58','21','Bis(aminoethyl)-quaterthiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3116,'2021-10-04 13:25:14','22','Bis(aminoethyl)-quaterthiophene lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3117,'2021-10-04 13:25:51','23','Bis(aminoethyl)-quinquethiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3118,'2021-10-04 13:26:07','22','Bis(aminoethyl)-quaterthiophene lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,66),
+(3119,'2021-10-04 13:26:19','21','Bis(aminoethyl)-quaterthiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,66),
+(3120,'2021-10-04 13:26:24','21','Bis(aminoethyl)-quaterthiophene lead chloride',2,'[]',2,66),
+(3121,'2021-10-04 13:26:36','20','Bis(aminoethyl)-terthiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,66),
+(3122,'2021-10-04 13:26:49','19','Bis(aminoethyl)-bithiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,66),
+(3123,'2021-10-04 13:27:00','18','Bis(aminoethyl)-thiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,66),
+(3124,'2021-10-04 13:27:29','24','Methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Iupac\"]}}]',2,66),
+(3125,'2021-10-04 13:28:21','25','Anthracenidemethylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3126,'2021-10-04 13:28:50','26','Anthracenidemethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3127,'2021-10-04 13:29:29','27','Bis(1-(2-naphthyl)methanammonium)',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3128,'2021-10-04 13:31:27','28','Bis(1-tetracenemethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3129,'2021-10-04 13:32:07','29','Bis(1-tetracenemethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3130,'2021-10-04 13:32:41','30','Bis(aminoethyl)-thiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3131,'2021-10-04 13:33:02','31','Bis(aminoethyl)-thiophene lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3132,'2021-10-04 13:33:32','32','Bis(aminoethyl)-bithiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3133,'2021-10-04 13:33:54','33','Bis(aminoethyl)-bithiophene lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3134,'2021-10-04 13:34:08','34','Bis(aminoethyl)-terthiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3135,'2021-10-04 13:34:25','35','Bis(aminoethyl)-terthiophene lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3136,'2021-10-04 13:34:41','36','Bis(aminoethyl)-quinquethiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3137,'2021-10-04 13:35:15','37','Bis(aminoethyl)-quinquethiophene lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3138,'2021-10-04 13:35:59','39','FAPbI3',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3139,'2021-10-04 13:36:54','40','Methylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Iupac\"]}}]',2,66),
+(3140,'2021-10-04 13:37:29','41','FAPbBr3',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3141,'2021-10-04 13:38:09','42','Methylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Iupac\"]}}]',2,66),
+(3142,'2021-10-04 13:38:45','44','FASnI3',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3143,'2021-10-04 13:39:51','45','5,5\'diylbis(amino-ethyl)-[2,2\'-bithiophene] silver bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3144,'2021-10-04 13:39:56','46','Cs2AgBiCl6',2,'[]',2,66),
+(3145,'2021-10-04 13:41:08','47','N-methylethane-1,2-diammonium',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\", \"Iupac\"]}}]',2,66),
+(3146,'2021-10-04 13:41:36','48','N-methylpropane-1,3-diammonium',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\", \"Iupac\"]}}]',2,66),
+(3147,'2021-10-04 13:42:33','49','2,2′(ethylenedioxy)bis(ethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3148,'2021-10-04 13:42:54','50','2,2′(ethylenedioxy)bis(ethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3149,'2021-10-04 13:43:15','51','2,2′(ethylenedioxy)bis(ethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3150,'2021-10-04 13:44:05','53','5,5‘ ‘‘-bis(aminoethyl)-2,2‘:5‘,2‘ ‘:5‘ ‘,2‘ ‘‘-quaterthiophene antimony iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3151,'2021-10-04 13:44:24','54','5,5‘ ‘‘-bis(aminoethyl)-2,2‘:5‘,2‘ ‘:5‘ ‘,2‘ ‘‘-quaterthiophene bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3152,'2021-10-04 13:45:50','55','tetra(ethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3153,'2021-10-04 13:45:59','55','Tetra(ethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(3154,'2021-10-04 13:46:44','56','Tetra(ethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3155,'2021-10-04 13:48:12','57','tetra(N,N′-dimethylethylene-1,2-diammonium bromide) tin bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3156,'2021-10-04 13:48:56','58','tetra(N,N′-dimethylethylene-1,2-diammonium iodide) tin iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3157,'2021-10-04 13:49:39','59','Bis(1-butyl-1-methylpyrrolidinium) antimony chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3158,'2021-10-04 13:50:48','60','Bis(hexylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Iupac\"]}}]',2,66),
+(3159,'2021-10-04 13:51:41','61','Bis(dodecylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3160,'2021-10-04 14:07:59','63','2-methyl-1,5-pentanediamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\", \"Organic\"]}}]',2,66),
+(3161,'2021-10-04 14:08:37','64','Bis(butylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\", \"Organic\"]}}]',2,66),
+(3162,'2021-10-04 14:09:32','65','1,8-octyldiammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,66),
+(3163,'2021-10-04 14:10:40','66','bis(4-aminobutonic acid) lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3164,'2021-10-04 14:10:58','67','3-(2-ammonioethyl)anilinium lead bromide',2,'[]',2,66),
+(3165,'2021-10-04 14:11:46','68','1,4-butyldiammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3166,'2021-10-04 14:12:18','69','Histammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3167,'2021-10-04 14:13:16','70','Tris(2,6-dimethylpiperazine) lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3168,'2021-10-04 14:13:52','71','4-(aminomethyl)piperidine lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3169,'2021-10-04 14:14:17','72','1-ethylpiperazine lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\"]}}]',2,66),
+(3170,'2021-10-04 14:14:43','73','1-methylpiperazine lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3171,'2021-10-04 14:15:06','74','Homopiperazine lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\"]}}]',2,66),
+(3172,'2021-10-04 14:15:21','75','Hexamethylenimine lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\"]}}]',2,66),
+(3173,'2021-10-05 12:56:29','73','Bis(1-methylpiperazine) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(3174,'2021-10-05 12:56:56','74','Homopiperazine lead bromide',2,'[]',2,66),
+(3175,'2021-10-05 12:57:12','75','Hexamethylenimine lead bromide',2,'[]',2,66),
+(3176,'2021-10-05 12:57:35','76','Heptamethylenimine lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\"]}}]',2,66),
+(3177,'2021-10-05 13:02:03','77','Bis(3-(aminomethyl)piperidinium) tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3178,'2021-10-05 13:03:14','79','Formandium germanium iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3179,'2021-10-05 13:04:38','80','4-fluorophenethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3180,'2021-10-05 13:05:05','82','3-fluorophenethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3181,'2021-10-05 13:05:30','83','2-fluorophenethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3182,'2021-10-05 13:10:12','84','Phenethylammonium perfluorophenethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3183,'2021-10-05 13:11:50','85','Bis(perfluorophenethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\"]}}]',2,66),
+(3184,'2021-10-05 13:12:01','85','Bis(perfluorophenethylammonium) lead iodide',2,'[]',2,66),
+(3185,'2021-10-05 13:13:42','86','2-dimethylamino-1-ethylamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3186,'2021-10-05 13:14:20','87','1-methyl-hexylammonium',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,66),
+(3187,'2021-10-05 13:14:29','87','1-methyl-hexylammonium',2,'[]',2,66),
+(3188,'2021-10-05 13:15:26','88','bis(methylammonium) lead thiocyanate iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\"]}}]',2,66),
+(3189,'2021-10-05 13:16:37','89','AzoEA2PbI4',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3190,'2021-10-05 13:18:42','90','N,N′-dimethylethylenediaminium tin bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3191,'2021-10-05 13:19:16','91','3-(aminomethyl)piperidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3192,'2021-10-05 13:20:32','92','Bis(1-butylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3193,'2021-10-05 13:20:56','93','Tropylium Tin Iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\"]}}]',2,66),
+(3194,'2021-10-05 13:21:27','94','Acetamidinium Germanium Iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3195,'2021-10-05 13:21:56','95','Guanidinium Germanium Iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3196,'2021-10-05 13:22:11','96','Tropylium Lead Iodide',2,'[]',2,66),
+(3197,'2021-10-05 13:23:45','96','Tropylium Lead Iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,66),
+(3198,'2021-10-05 13:24:05','93','Bis(tropylium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Inorganic\"]}}]',2,66),
+(3199,'2021-10-05 13:25:31','97','3-(dimethylamino)-1-propylamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3200,'2021-10-05 13:26:37','98','Bis(1-butylammonium) tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,66),
+(3201,'2021-10-05 13:27:45','98','Bis(1-butylammonium) tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\", \"Iupac\"]}}]',2,66),
+(3202,'2021-10-05 13:28:36','99','4-dimethylaminobutylamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3203,'2021-10-05 21:12:52','24','Methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,66),
+(3204,'2021-10-05 21:48:25','84','Phenethylammonium perfluorophenethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3205,'2021-10-05 21:49:28','85','Bis(perfluorophenethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\"]}}]',2,66),
+(3206,'2021-10-12 21:27:29','1','Methylammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3207,'2021-10-12 21:27:45','2','Phenethylammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,66),
+(3208,'2021-10-12 21:28:05','3','5,5‘‘‘-bis(aminoethyl)-2,2‘:5‘,2‘‘:5‘‘,2‘‘‘-quaterthiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3209,'2021-10-12 21:28:14','4','Bis(2-anthrylmethylammonium) lead chloride',2,'[]',2,66),
+(3210,'2021-10-12 21:28:22','6','2-(2-naphthyl)ethanammonium lead bromide',2,'[]',2,66),
+(3211,'2021-10-12 21:28:40','7','1-(2-naphthyl)methanammonium lead bromide',2,'[]',2,66),
+(3212,'2021-10-12 21:29:09','6','bis(2-(2-naphthyl)ethanammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,66),
+(3213,'2021-10-12 21:29:20','7','bis(1-(2-naphthyl)methanammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(3214,'2021-10-12 21:29:25','8','Bis(Phenylmethylammonium) lead iodide',2,'[]',2,66),
+(3215,'2021-10-12 21:29:31','7','Bis(1-(2-naphthyl)methanammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(3216,'2021-10-12 21:29:35','6','Bis(2-(2-naphthyl)ethanammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(3217,'2021-10-12 21:29:45','9','Bis(phenylethylammonium) lead iodide',2,'[]',2,66),
+(3218,'2021-10-12 21:29:49','10','Bis(2-(2-naphtyl)ethanammonium) lead bromide',2,'[]',2,66),
+(3219,'2021-10-12 21:30:21','11','Bis(phenylethylammonium) lead bromide',2,'[]',2,66),
+(3220,'2021-10-12 21:30:26','12','Bis(phenylmethylammonium) lead iodide',2,'[]',2,66),
+(3221,'2021-10-19 15:22:52','1884','ID: 1884 (photoluminescence)',2,'[]',34,47),
+(3222,'2021-10-19 20:42:22','194','Bis(butylammonium) copper chloride',2,'[{\"changed\": {\"fields\": [\"Group\", \"Iupac\"]}}]',2,66),
+(3223,'2021-10-19 20:43:01','195','Bis(4-fluorophenylmethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3224,'2021-10-19 20:43:20','196','Bis(4-chlorophenylmethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3225,'2021-10-19 20:43:42','197','Bis(4-bromophenylmethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3226,'2021-10-19 20:44:03','198','Bis(4-iodophenylmethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3227,'2021-10-19 20:44:42','199','1,8-octyldiammonium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3228,'2021-10-19 20:44:49','200','1,8-octyldiammonium bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3229,'2021-10-19 20:44:56','201','1,8-octyldiammonium tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3230,'2021-10-19 20:45:18','202','1,9-nonyldiammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3231,'2021-10-19 20:45:24','203','1,9-nonyldiammonium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3232,'2021-10-19 20:45:35','204','1,9-nonyldiammonium bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3233,'2021-10-19 20:45:58','60','Bis(hexylammonium) lead iodide',2,'[]',2,66),
+(3234,'2021-10-19 20:46:21','205','Aniline copper bromide iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3235,'2021-10-19 20:46:38','207','Tris(methylammonium) antimony iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3236,'2021-10-19 20:53:20','123','Diiodoformamidinium bis(methylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,66),
+(3237,'2021-10-19 21:17:53','115','MeTz-PhMA2PbI4',2,'[]',2,66),
+(3238,'2021-10-19 21:19:00','123','Diiodoformamidinium bis(methylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3239,'2021-10-19 21:19:15','124','Diiodoformamidinium tris(methylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3240,'2021-10-19 21:19:32','125','Diiodoformamidinium tetrakis(methylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3241,'2021-10-19 21:20:12','79','Formandium germanium iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3242,'2021-10-19 21:22:19','133','Tris(iodoformamidinium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(3243,'2021-10-19 21:23:08','134','Tris(iodoformamidinium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(3244,'2021-10-19 21:24:19','193','Formamidinium tin bromide iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3245,'2021-10-19 21:28:25','91','3-(aminomethyl)piperidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3246,'2021-10-19 21:51:03','2','Bis(phenethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(3247,'2021-10-19 21:51:38','1577','ID: 1577 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"System\"]}}]',34,66),
+(3248,'2021-10-19 21:53:27','1128','Joseph E. Subotnik, ',2,'[{\"changed\": {\"fields\": [\"Last name\"]}}]',5,35),
+(3249,'2021-10-19 21:54:43','2','Bis(phenylethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(3250,'2021-10-19 22:03:02','115','MeTz-PhMA2PbI4',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,66),
+(3251,'2021-10-19 22:03:45','115','MeTz-PhMA2PbI4',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,66),
+(3252,'2021-10-19 22:04:00','116','MeTz-PhMA2PbBr4',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,66),
+(3253,'2021-10-24 20:41:03','208','3-(aminomethyl)pyridinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3254,'2021-10-24 20:41:54','209','3-(aminomethyl)pyridinium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3255,'2021-10-24 20:42:03','210','3-(aminomethyl)pyridinium bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3256,'2021-10-24 20:42:21','211','3-(aminomethyl)pyridinium tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3257,'2021-10-24 20:42:41','212','4-(aminomethyl)pyridinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3258,'2021-10-24 20:42:50','213','4-(aminomethyl)pyridinium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3259,'2021-10-24 20:43:04','214','4-(aminomethyl)pyridinium bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3260,'2021-10-24 20:43:13','215','4-(aminomethyl)pyridinium tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3261,'2021-10-24 20:45:29','216','Methylbenzylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3262,'2021-10-24 20:46:03','217','Bis(benzylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3263,'2021-10-24 20:50:45','218','Bis(ethylammoniumbithiophene) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3264,'2021-10-24 21:01:13','218','Bis(ethylammoniumbithiophene) lead iodide',2,'[]',2,66),
+(3265,'2021-10-24 21:01:22','219','Bis(ethylammoniumdimethylquaterthiophene) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3266,'2021-10-24 21:01:36','219','Bis(ethylammoniumdimethylquaterthiophene) lead iodide',2,'[]',2,66),
+(3267,'2021-10-24 21:09:10','220','Bis(ethylammoniumdimethylquaterthiophenecarbonitrile) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3268,'2021-10-24 21:25:59','222','(2,2\'-(ethylenedioxy)bis(ethylammonium) copper chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3269,'2021-10-24 21:26:29','225','Bis(4-fluorophenethylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(3270,'2021-10-24 21:26:35','226','Bis(4-fluorophenethylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(3271,'2021-10-24 21:28:13','224','Bis(4-fluorophenethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3272,'2021-10-24 21:28:19','225','Bis(4-fluorophenethylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3273,'2021-10-24 21:28:25','226','Bis(4-fluorophenethylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3274,'2021-10-24 21:28:40','225','Bis(4-fluorophenethylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3275,'2021-10-24 21:28:49','226','Bis(4-fluorophenethylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3276,'2021-10-24 21:31:05','228','Iodohexylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3277,'2021-10-26 14:34:39','295','Bis(6-iodohexylammonium) lead iodide',2,'[]',2,66),
+(3278,'2021-10-26 14:34:53','228','Iodohexylammonium lead iodide',2,'[]',2,66),
+(3279,'2021-10-26 14:35:07','295','Bis(6-iodohexylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3280,'2021-10-26 14:35:15','228','6-Iodohexylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(3281,'2021-10-26 17:43:12','1885','ID: 1885 (atomic structure)',2,'[{\"changed\": {\"name\": \"computational details\", \"object\": \"ID: 344\", \"fields\": [\"Xc functional\", \"Level of relativity\"]}}]',34,16),
+(3282,'2021-10-26 18:13:18','1000','ID: 1000 (atomic structure)',2,'[{\"deleted\": {\"name\": \"subset\", \"object\": \"ID: None (0 data points)\"}}, {\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}]',34,16),
+(3283,'2021-10-26 18:26:01','1892','ID: 1892 (atomic structure)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 894\"}}]',34,16),
+(3284,'2021-10-26 18:27:35','1892','ID: 1892 (atomic structure)',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 894\", \"fields\": [\"Value type\"]}}]',34,16),
+(3285,'2021-10-26 18:42:04','1677','ID: 1677 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,35),
+(3286,'2021-10-26 19:10:11','1899','ID: 1899 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1319\", \"fields\": [\"Method\"]}}]',34,16),
+(3287,'2021-10-26 19:13:00','1894','ID: 1894 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1314\", \"fields\": [\"Method\"]}}]',34,16),
+(3288,'2021-10-26 19:14:19','1896','ID: 1896 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1316\", \"fields\": [\"Method\"]}}]',34,16),
+(3289,'2021-10-26 19:15:22','1897','ID: 1897 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1317\", \"fields\": [\"Method\"]}}]',34,16),
+(3290,'2021-10-26 19:16:07','1898','ID: 1898 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1318\", \"fields\": [\"Method\"]}}]',34,16),
+(3291,'2021-10-26 19:19:03','1897','ID: 1897 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}]',34,16),
+(3292,'2021-10-26 19:19:23','1898','ID: 1898 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}]',34,16),
+(3293,'2021-10-26 19:19:38','1899','ID: 1899 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}]',34,16),
+(3294,'2021-10-26 20:21:12','869','ID: 869 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"System\"]}}]',34,66),
+(3295,'2021-10-26 20:22:30','869','ID: 869 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"System\"]}}]',34,66),
+(3296,'2021-10-26 20:23:36','869','ID: 869 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}]',34,66),
+(3297,'2021-10-26 20:24:11','869','ID: 869 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}]',34,66),
+(3298,'2021-10-26 20:40:08','129','ID: 129 (absorption peak position)',2,'[{\"changed\": {\"fields\": [\"System\"]}}]',34,66),
+(3299,'2021-10-26 20:43:30','129','ID: 129 (absorption peak position)',2,'[{\"changed\": {\"fields\": [\"System\"]}}]',34,66),
+(3300,'2021-10-26 20:52:27','1904','ID: 1904 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"System\"]}}]',34,66),
+(3301,'2021-10-26 20:54:40','1904','ID: 1904 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"System\"]}}]',34,66),
+(3302,'2021-10-26 21:06:49','463','Bis(phenylethylammonium) lead iodide bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Inorganic\", \"Description\"]}}]',2,16),
+(3303,'2021-10-26 21:11:49','1905','ID: 1905 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1325\", \"fields\": [\"Method\"]}}]',34,16),
+(3304,'2021-10-26 21:12:19','1907','ID: 1907 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1327\", \"fields\": [\"Method\"]}}]',34,16),
+(3305,'2021-11-09 19:09:05','78','lits19',2,'[]',19,16),
+(3306,'2021-11-09 21:39:51','231','Bis(methylammonium) bismuth thallium bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3307,'2021-11-09 21:41:29','232','Bis(3,4-dichlorobut-3-en-1-ammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3308,'2021-11-09 21:41:56','233','Bis(3,4-dibromobut-3-en-1-ammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3309,'2021-11-09 21:42:11','234','Bis(3,4-dibromobut-3-en-1-ammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3310,'2021-11-09 21:42:26','235','Bis(3-butylidyne-1-ammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3311,'2021-11-09 21:42:50','236','Bis(1,2-diiodo-but-1-en-4-ammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3312,'2021-11-09 21:42:59','237','Bis(but3-en-1-ammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3313,'2021-11-09 21:43:13','238','Methylammonium bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3314,'2021-11-09 21:44:47','241','Methylammonium potassium gadolinium chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3315,'2021-11-09 21:45:08','242','Methylammonium potassium yttrium chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3316,'2021-11-09 21:47:50','246','Hexane-1,6-diammonium bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3317,'2021-11-09 21:48:03','247','Tris(N-propylammonium) bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3318,'2021-11-09 21:50:07','869','ID: 869 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,66),
+(3319,'2021-11-09 21:52:06','248','Bis(butylammonium) formamidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3320,'2021-11-09 21:52:22','249','Bis(benzylammonium) formmamidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3321,'2021-11-09 21:52:50','250','Bis(bithiophene) tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3322,'2021-11-09 21:52:59','251','Bis(bithiophene) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3323,'2021-11-09 21:54:00','253','Bis(butylammonium) caesium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3324,'2021-11-09 21:54:02','252','Bis(butylammonium) caesium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3325,'2021-11-09 22:02:39','260','Guanidinium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3326,'2021-11-09 22:02:48','261','Guanidinium bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3327,'2021-11-09 22:02:57','262','Guanidinium tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3328,'2021-11-09 22:04:36','263','Histammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3329,'2021-11-09 22:04:47','264','Histammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3330,'2021-11-09 22:05:06','265','Bis(benzylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3331,'2021-11-09 22:09:31','266','3-(aminomethyl)piperidinium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(3332,'2021-11-09 22:09:41','267','3-(aminomethyl)piperidinium bis(methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(3333,'2021-11-09 22:09:51','268','3-(aminomethyl)piperidinium tris(methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(3334,'2021-11-09 22:10:08','269','4-(aminomethyl)piperidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(3335,'2021-11-09 22:10:16','270','4-(aminomethyl)piperidinium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(3336,'2021-11-09 22:10:25','271','4-(aminomethyl)piperidinium bis(methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(3337,'2021-11-09 22:10:42','272','4-(aminomethyl)piperidinium tris(methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(3338,'2021-11-09 22:11:13','273','Propylammonium silsesquioxane copper chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3339,'2021-11-09 22:11:49','274','Guanidinium caesium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3340,'2021-11-09 22:12:03','275','Guanidinium caesium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3341,'2021-11-09 22:12:05','276','Guanidinium caesium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3342,'2021-11-09 22:13:29','278','Bis(butylammonium) tetrakis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3343,'2021-11-30 22:16:58','280','4-(aminomethyl)piperidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3344,'2021-11-30 22:17:28','281','3-aminomethylpyridinium lead tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3345,'2021-11-30 22:17:52','283','4-aminomethylpyridinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3346,'2021-11-30 22:17:55','282','4-aminomethylpyridinium lead iodide',2,'[]',2,66),
+(3347,'2021-11-30 22:17:57','282','4-aminomethylpyridinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3348,'2021-11-30 22:18:21','284','3-aminomethylpyridinium tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3349,'2021-11-30 22:18:42','286','4-(aminomethyl)piperidinium tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3350,'2021-11-30 22:30:25','286','4-(aminomethyl)piperidinium tin iodide',2,'[]',2,66),
+(3351,'2021-11-30 22:30:44','287','(R/S-)methylbenzylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3352,'2021-11-30 22:31:00','288','Tetrakis(4-methylpiperidinium) iodide bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3353,'2021-11-30 22:31:24','290','Bis(3-propanolammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3354,'2021-11-30 22:32:18','291','Bis(2-iodoethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3355,'2021-11-30 22:43:03','291','Bis(2-iodoethylammonium) lead iodide',2,'[]',2,66),
+(3356,'2021-11-30 22:43:38','292','Bis(3-iodopropylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3357,'2021-12-07 16:49:22','292','Bis(3-iodopropylammonium) lead iodide',2,'[]',2,66),
+(3358,'2021-12-07 16:49:31','293','Bis(4-iodobutylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3359,'2021-12-07 16:49:49','294','Bis(5-iodopentylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3360,'2021-12-07 16:50:17','295','Bis(6-iodohexylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3361,'2021-12-07 16:50:30','296','Bis(2-bromoethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3362,'2021-12-07 16:50:43','297','2,2′-dithiodiethanammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3363,'2021-12-07 16:50:49','298','Iodo-bis(2,2′-dithiodiethanammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3364,'2021-12-07 16:51:03','299','Bis(naphthaleneoxyethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3365,'2021-12-07 16:51:14','299','Bis(naphthaleneoxyethylammonium) lead iodide',2,'[]',2,66),
+(3366,'2021-12-07 16:51:31','300','Bis(naphthaleneoxypropylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3367,'2021-12-07 16:51:42','302','Bis(pyreneoxyethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3368,'2021-12-07 16:52:05','303','Bis(pyreneoxypropylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3369,'2021-12-07 16:52:20','304','Bis(pyreneoxybutylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3370,'2021-12-07 16:52:32','305','Bis(perylenoxyethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3371,'2021-12-07 16:52:51','305','Bis(perylenoxyethylammonium) lead iodide',2,'[]',2,66),
+(3372,'2021-12-07 16:53:04','306','Bis(4,4-difluoropiperidinium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3373,'2021-12-07 16:53:15','307','Bisdecakis(3,3-difluoropiperidinium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3374,'2021-12-07 16:53:33','308','Piperidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3375,'2021-12-07 16:53:40','309','4-fluoropiperidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3376,'2021-12-07 16:53:53','310','3-fluoropiperidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3377,'2021-12-07 16:54:07','311','Bis(naphthaleneoxybutylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3378,'2021-12-07 16:54:28','312','Bis(naphthaleneoxyhexylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3379,'2021-12-07 16:54:42','313','Bis(methoxynaphthaleneoxyethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3380,'2021-12-07 16:54:54','314','Bis(methoxynaphthaleneoxybutylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3381,'2021-12-07 16:55:06','315','Bis(methoxynaphthaleneoxyhexylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3382,'2021-12-07 16:55:19','316','Bis(pentachloro-phenyloxypropylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3383,'2021-12-07 16:55:35','317','Bis(butylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3384,'2021-12-07 16:55:53','318','Pentyldiammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3385,'2021-12-07 16:56:10','320','Bis(iodobutylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3386,'2021-12-07 16:56:23','321','Bis(4-aminobutyric acid) tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3387,'2021-12-07 16:56:39','322','1-(aminoethyl)piperdinium tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3388,'2021-12-07 16:56:53','323','3-iodopyridinium tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3389,'2021-12-07 16:57:03','325','Bis(hexylammonium) manganese chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3390,'2021-12-07 16:57:17','328','Trimethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3391,'2021-12-07 16:57:42','328','Trimethylammonium tin iodide',2,'[]',2,66),
+(3392,'2021-12-07 16:57:55','329','Ethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3393,'2021-12-07 16:58:08','330','Guanidinium tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3394,'2021-12-07 16:58:14','331','Bis(guanidinium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3395,'2021-12-07 16:58:29','333','Imidazolium tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3396,'2021-12-07 16:58:46','335','Tris(isopropylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3397,'2021-12-07 16:58:49','334','Tris(isopropylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3398,'2021-12-07 16:59:14','336','Bis(butylammonium) methylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3399,'2021-12-07 16:59:27','341','Bis(cyclopropylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3400,'2021-12-07 16:59:37','342','Bis(cyclobutylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3401,'2021-12-07 16:59:49','343','Bis(cyclopentylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3402,'2021-12-07 17:00:15','344','Bis(cyclohexylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3403,'2021-12-07 17:00:27','345','Tris(cycloheptylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3404,'2021-12-07 17:00:38','346','Cyclooctylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3405,'2021-12-07 17:00:47','346','Cyclooctylammonium lead iodide',2,'[]',2,66),
+(3406,'2021-12-07 17:00:59','347','Bis(2-chloroethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3407,'2021-12-07 17:01:12','348','Methylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3408,'2021-12-07 17:01:30','349','Bis(cyclopropylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3409,'2021-12-07 17:01:44','350','Bis(cyclobutylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3410,'2021-12-07 17:02:13','351','Bis(cyclopentylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3411,'2021-12-07 17:02:32','352','Bis(cyclohexylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3412,'2021-12-07 17:03:02','353','Tris(cycloheptylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3413,'2021-12-07 17:03:16','354','Cyclooctylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3414,'2021-12-07 17:03:26','355','Bis(cyclopropylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3415,'2021-12-07 17:03:42','356','Bis(cyclobutylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3416,'2021-12-07 17:03:53','357','Bis(cyclopentylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3417,'2021-12-07 17:04:06','358','Bis(cyclohexylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3418,'2021-12-07 17:04:17','359','Tris(cycloheptylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3419,'2021-12-07 17:04:29','360','Cyclooctylammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3420,'2021-12-07 17:04:41','361','N-(3-aminopropyl)imidazole lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3421,'2021-12-07 17:04:52','362','alpha-methylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3422,'2021-12-07 17:05:15','363','Bis(pentylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3423,'2021-12-07 17:05:23','364','Bis(pentylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3424,'2021-12-07 17:05:34','365','Bis(pentylammonium) tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3425,'2021-12-07 17:05:41','366','Bis(pentylammonium) tetrakis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3426,'2021-12-07 17:05:55','367','Bis(hexylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3427,'2021-12-07 17:06:02','368','Bis(hexylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3428,'2021-12-07 17:06:08','369','Bis(hexylammonium) tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3429,'2021-12-07 17:06:26','370','Bis(pentylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3430,'2021-12-07 17:06:38','371','Bis(hexylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3431,'2021-12-07 17:06:52','372','Histammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3432,'2021-12-07 17:08:33','374','3-(aminomethyl)piperidinium formamidinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3433,'2021-12-07 17:08:43','378','Benzene 2,3,4,5,6-pentafluorophenethylammoniom tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3434,'2021-12-07 17:09:06','379','2,3,4,5,6-pentafluorophenethylammoniom tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3435,'2021-12-07 17:09:43','380','3-(aminomethyl)piperindinium methylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3436,'2021-12-07 17:09:56','381','4-(aminomethyl)piperindinium formamidinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3437,'2021-12-07 17:10:06','382','4-(aminomethyl)piperindinium methylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3438,'2021-12-07 17:10:17','383','Pyridiniumethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3439,'2021-12-07 17:10:33','384','Imidazoliumethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3440,'2021-12-07 17:10:43','385','Pyrazoliumethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3441,'2021-12-07 17:11:47','386','piperidiniumethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(3442,'2021-12-07 17:12:20','391','Bis(butylammonium) formamidinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3443,'2021-12-07 17:12:31','392','Guanidinium hypophosphite',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3444,'2021-12-07 17:12:42','393','Formamidinium hypophosphite',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3445,'2021-12-07 17:12:53','394','Tris(4-methylpiperidinium) bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3446,'2021-12-07 17:13:17','395','Bis(methylammonium) copper bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3447,'2021-12-07 17:13:59','398','Bis(methylammonium) copper bromide chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3448,'2021-12-07 17:14:02','399','Bis(methylammonium) copper bromide chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3449,'2021-12-07 17:14:04','401','Bis(methylammonium) copper bromide chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3450,'2021-12-07 17:14:17','395','Bis(methylammonium) copper bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3451,'2021-12-07 17:14:41','402','Azetidinium methylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3452,'2021-12-07 17:14:55','405','S-1-(1-naphthyl)ethylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3453,'2021-12-07 17:15:08','406','R-1-(1-naphthyl)ethylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3454,'2021-12-07 17:15:18','407','S-1-methyl benzylamine lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3455,'2021-12-07 17:15:32','408','1-(1-naphthyl)ethylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3456,'2021-12-07 17:15:46','409','S-1-(1-naphthyl)ethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3457,'2021-12-07 17:15:58','410','Bis(cyclohexylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3458,'2021-12-07 17:16:12','411','Bis(cyclohexylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3459,'2021-12-07 17:16:24','412','Bis(2-bromophenethyl)ammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3460,'2021-12-07 17:16:35','413','Bis(2-chlorophenethyl)ammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3461,'2021-12-07 17:16:47','414','Bis(butylammonium) mehtylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3462,'2021-12-07 17:17:00','415','Bis(methylammonium) manganese chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3463,'2021-12-07 17:17:20','416','(3-pyrrolinium) cadmium bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3464,'2021-12-07 17:17:36','417','Bis(S-)methylbenzylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3465,'2021-12-07 17:17:46','418','Bis(R-)methylbenzylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3466,'2021-12-07 17:18:01','419','Bis(rac-)methylbenzylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3467,'2021-12-07 17:18:37','420','3-aminopyrrolidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3468,'2021-12-07 17:18:50','421','3-aminopyrrolidinium lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3469,'2021-12-07 17:19:01','422','3-aminopyrrolidinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3470,'2021-12-07 17:19:48','423','Bis(phenethylammonium) tin bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3471,'2021-12-07 17:20:06','425','Bis(phenethylammonium) copper chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3472,'2021-12-07 17:20:19','428','Bis(butylammonium) mehtylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3473,'2021-12-07 17:20:24','429','Bis(butylammonium) dimehtylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3474,'2021-12-07 17:20:47','430','Bis(butylammonium) guanidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3475,'2021-12-07 17:20:57','431','N, N′-Dimethylpyrazinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3476,'2021-12-07 17:21:12','432','N-Hydro-N′-methylpyrazinium lead bromide iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3477,'2021-12-07 17:21:26','433','N-Hydro-N′-ethylpyrazinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3478,'2021-12-07 17:21:42','434','N-Hydro-N′-isopropylpyrazinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3479,'2021-12-07 17:21:56','435','N,N′-Dihydro-3-amidinopyridinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3480,'2021-12-07 17:22:42','436','N,N′-Dihydro-1,3-propanediammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3481,'2021-12-07 17:22:53','437','N, N′-Dimethylpyrazinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3482,'2021-12-07 17:23:07','439','Bis(butylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3483,'2021-12-07 17:23:18','440','Acetylacetonate methylammonium iodide gallium',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3484,'2021-12-07 17:23:30','441','Acetylacetonate gallium',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3485,'2021-12-07 17:23:53','444','1,8-octyldiammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3486,'2021-12-07 17:24:04','445','Bis(1-butyl-1-methyl-piperidinium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3487,'2021-12-07 17:24:16','446','Bis(1-butyl-1-methyl-piperidinium) tin bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3488,'2021-12-07 17:24:27','447','Bis(1-butyl-1-methyl-piperidinium) germanium bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3489,'2021-12-07 17:24:40','448','Bis(1-butyl-1-methyl-piperidinium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3490,'2021-12-07 17:24:50','452','Propylammonium iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3491,'2021-12-07 17:25:00','453','Bis((S)-1-(1-naphthyl)ethylamineH) N,N-dimethylformamide lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3492,'2021-12-07 17:25:09','454','Bis((R)-1-(1-naphthyl)ethylamineH) N,N-dimethylformamide lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3493,'2021-12-07 17:25:20','455','Bis(phenethylammonium) tris(formamidinium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3494,'2021-12-07 22:38:42','1325','ID: 1325 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"System\"]}}]',34,35),
+(3495,'2021-12-07 22:41:36','352','Bis(cyclohexylammonium) lead bromide',2,'[]',2,35),
+(3496,'2021-12-07 22:54:52','1348','ID: 1348 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"System\"]}}]',34,35),
+(3497,'2022-01-06 17:37:12','102','N, N′-dimethylethylenediamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3498,'2022-01-06 17:37:44','105','Tris(methylammonium) Germanium Iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3499,'2022-01-06 17:38:41','106','Isopropylammonium Germanium Iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3500,'2022-01-06 17:38:58','107','N,N-dimethylphenylene-p-diammonium lead iodide',2,'[]',2,66),
+(3501,'2022-01-06 17:39:05','108','N,N-dimethylphenylene-p-diammonium lead bromide',2,'[]',2,66),
+(3502,'2022-01-06 17:40:05','109','Bis(2-ethyl-hexylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,66),
+(3503,'2022-01-06 17:42:53','110','bis(2-phenethylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3504,'2022-01-06 17:43:44','111','bis(sec-butylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,66),
+(3505,'2022-01-06 17:43:59','113','ammonium tin iodide',2,'[]',2,66),
+(3506,'2022-01-06 17:44:19','114','bis(1-methyl-butylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Organic\"]}}]',2,66),
+(3507,'2022-01-06 17:44:39','115','MeTz-PhMA2PbI4',2,'[]',2,66),
+(3508,'2022-01-06 17:44:48','117','Cs4SnBr6',2,'[]',2,66),
+(3509,'2022-01-06 17:45:07','119','N, N′-dimethylethylenediamine lead chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3510,'2022-01-06 17:49:44','120','tetrakis(N,N′-dimethylethylene-1,2-diammonium-bromo) tin bromide iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Organic\", \"Iupac\"]}}]',2,66),
+(3511,'2022-01-06 17:50:18','121','1,4-phenyldiammonium lead iodide dihydrate',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3512,'2022-01-06 17:50:43','122','bis­(3,5-dimethyl­anilinium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,66),
+(3513,'2022-01-06 17:51:00','122','bis­(3,5-dimethyl­anilinium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\"]}}]',2,66),
+(3514,'2022-01-06 17:54:20','123','Diiodoformamidinium bis(methylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3515,'2022-01-06 17:54:39','123','Diiodoformamidinium bis(methylammonium) tin iodide',2,'[]',2,66),
+(3516,'2022-01-06 17:54:51','124','Diiodoformamidinium tris(methylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Group\", \"Organic\"]}}]',2,66),
+(3517,'2022-01-06 17:55:03','124','Diiodoformamidinium tris(methylammonium) tin iodide',2,'[]',2,66),
+(3518,'2022-01-06 17:55:50','125','Diiodoformamidinium tetrakis(methylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3519,'2022-01-06 17:56:21','124','Diiodoformamidinium tris(methylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Formula\"]}}]',2,66),
+(3520,'2022-01-06 17:57:30','126','bis(phenylethylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3521,'2022-01-06 17:58:00','127','Bis(phenylammonium) cadmium bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3522,'2022-01-06 17:58:08','128','2-methyl-1,5-diaminopentane lead bromide',2,'[]',2,66),
+(3523,'2022-01-06 17:58:45','129','1-Dodecylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3524,'2022-01-06 18:47:14','129','bis(1-Dodecylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,66),
+(3525,'2022-01-06 18:47:57','130','bis(1-tetradecylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Iupac\"]}}]',2,66),
+(3526,'2022-01-06 18:48:40','131','bis(1-hexadecylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Iupac\"]}}]',2,66),
+(3527,'2022-01-06 18:49:20','132','bis(1-octadecylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Iupac\"]}}]',2,66),
+(3528,'2022-01-06 18:50:03','133','Tris(iodoformamidinium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3529,'2022-01-06 18:50:41','134','Tris(iodoformamidinium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3530,'2022-01-06 18:50:52','133','Tris(iodoformamidinium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,66),
+(3531,'2022-01-06 18:51:45','135','Bis(propane-1,2-diammonium) lead iodide trihydrate',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3532,'2022-01-06 18:52:25','136','Bis­(tert-butyl­ammonium) (lead iodide) iodide dihydrate]',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3533,'2022-01-06 18:52:55','137','Tetrakis(3-phenylpropylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3534,'2022-01-06 18:53:29','138','1,4-phenyldiammonium lead iodide tetrahydrofuran',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\"]}}]',2,66),
+(3535,'2022-01-06 18:54:05','140','2-fluoro-2-phenethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3536,'2022-01-06 18:54:30','141','3-fluoro-2-phenethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3537,'2022-01-06 18:54:57','142','4-fluoro-2-phenethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3538,'2022-01-06 18:55:22','143','1,4-phenylendiammonium copper chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3539,'2022-01-06 18:55:45','144','1,4-phenylendiammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3540,'2022-01-06 18:56:03','145','Bis(p-biphenylamine) copper chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3541,'2022-01-06 18:56:17','146','Benzidine copper chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3542,'2022-01-06 18:56:40','147','Bis(benzidine) lead chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3543,'2022-01-06 18:56:56','145','Bis(p-biphenylamine) copper chloride',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,66),
+(3544,'2022-01-06 18:57:32','148','bis(β-methylphenethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3545,'2022-01-06 18:58:20','149','bis(β-methylphenethylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3546,'2022-01-06 18:59:56','150','bis(β-methylphenethylammonium) bis(methylammonium) lead iodide',2,'[]',2,66),
+(3547,'2022-01-06 19:00:00','149','bis(β-methylphenethylammonium) methylammonium lead iodide',2,'[]',2,66),
+(3548,'2022-01-06 19:00:06','149','bis(β-methylphenethylammonium) methylammonium lead iodide',2,'[]',2,66),
+(3549,'2022-01-06 19:00:30','150','bis(β-methylphenethylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3550,'2022-01-06 19:01:58','151','5,5‘-bis(ammoniumethylsulfanyl)-2,2‘-bithiophene lead iodide',2,'[]',2,66),
+(3551,'2022-01-06 19:03:04','152','Tetrakis(5-ammoniumethylsulfanyl-2,2‘-bithiophene) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3552,'2022-01-06 19:04:04','153','Tris(5-ammoniumethylsulfanyl-2,2‘-bithiophene) bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3553,'2022-01-06 19:04:26','151','5,5‘-bis(ammoniumethylsulfanyl)-2,2‘-bithiophene lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3554,'2022-01-06 19:05:03','419','Bis(rac-)methylbenzylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,66),
+(3555,'2022-01-06 19:05:12','418','Bis(R-)methylbenzylammonium tin iodide',2,'[]',2,66),
+(3556,'2022-01-18 13:43:44','429','Bis(butylammonium) dimethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,35),
+(3557,'2022-01-20 13:01:32','84','elisa.wade',2,'[{\"changed\": {\"fields\": [\"Staff status\", \"Superuser status\"]}}]',19,35),
+(3558,'2022-01-20 13:02:14','84','elisa.wade',2,'[]',19,35),
+(3559,'2022-01-20 15:47:34','1916','ID: 1916 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1243\", \"fields\": [\"Description\"]}}]',34,84),
+(3560,'2022-01-20 23:07:33','439','Bis(butylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,66),
+(3561,'2022-01-20 23:11:27','428','Bis(butylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(3562,'2022-01-24 14:08:45','467','Phenethylammonium silver indium bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(3563,'2022-01-24 14:09:00','1912','ID: 1912 (atomic structure)',2,'[]',34,84),
+(3564,'2022-01-24 14:15:46','471','i-butylammonium silver indium bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(3565,'2022-01-24 14:16:56','471','i-butylammonium silver indium bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(3566,'2022-01-24 14:17:15','467','Phenethylammonium silver indium bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(3567,'2022-01-27 02:27:44','150','bis(β-methylphenethylammonium) bis(methylammonium) lead iodide',2,'[]',2,66),
+(3568,'2022-01-27 02:28:00','151','5,5‘-bis(ammoniumethylsulfanyl)-2,2‘-bithiophene lead iodide',2,'[]',2,66),
+(3569,'2022-01-27 02:28:14','152','Tetrakis(5-ammoniumethylsulfanyl-2,2‘-bithiophene) lead iodide',2,'[]',2,66),
+(3570,'2022-01-27 02:28:19','153','Tris(5-ammoniumethylsulfanyl-2,2‘-bithiophene) bismuth iodide',2,'[]',2,66),
+(3571,'2022-01-27 02:28:47','153','Tris(5-ammoniumethylsulfanyl-2,2‘-bithiophene) bismuth iodide',2,'[]',2,66),
+(3572,'2022-01-27 02:29:53','159','Bis(nonylammonium) lead ioide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3573,'2022-01-27 02:30:40','160','Bis(methylammonium) potasium bismuth chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3574,'2022-01-27 02:30:59','161','Bis(butylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3575,'2022-01-27 02:31:46','162','Tetrakis(pentylammonium) cadmium chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3576,'2022-01-27 02:32:51','164','2-hydroxyethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3577,'2022-01-27 02:34:28','165','Bis(2-thienylmethylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3578,'2022-01-27 02:35:54','166','Guanidinium manganese formate',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3579,'2022-01-27 02:36:39','167','Azetidium manganese formate',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3580,'2022-01-27 02:36:47','166','Guanidinium manganese formate',2,'[]',2,66),
+(3581,'2022-01-27 02:37:13','168','Guanidinium zinc fomate',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3582,'2022-01-27 02:37:33','169','Guanidinium copper fomate',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3583,'2022-01-27 02:38:18','170','[(CH3)2NH2][Fe(N3)2(HCOO)]',2,'[]',2,66),
+(3584,'2022-01-27 02:39:27','172','N,N‘-dimethylethylenediammonium manganese formate',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3585,'2022-01-27 02:39:40','173','N,N‘-dimethylethylenediammonium copper formate',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,66),
+(3586,'2022-01-27 02:39:49','169','Guanidinium copper fomate',2,'[]',2,66),
+(3587,'2022-01-27 02:40:08','173','N,N‘-dimethylethylenediammonium copper formate',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\"]}}]',2,66),
+(3588,'2022-01-27 02:40:13','172','N,N‘-dimethylethylenediammonium manganese formate',2,'[]',2,66),
+(3589,'2022-01-27 02:40:28','173','N,N‘-dimethylethylenediammonium copper formate',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3590,'2022-01-27 02:41:09','174','dimethylamine manganese formate',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3591,'2022-01-27 02:41:34','175','dimethylamine copper formate',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3592,'2022-01-27 02:42:13','176','dimethylamine nickle formate',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3593,'2022-01-27 02:42:51','177','1,8-octyldiammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3594,'2022-01-27 02:43:13','178','1,6-diaminohexane lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3595,'2022-01-27 02:43:38','179','Bis(phenethylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3596,'2022-01-27 02:43:52','180','Bis(phenethylammonium) cadmium iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,66),
+(3597,'2022-01-27 02:44:04','179','Bis(phenethylammonium) tin iodide',2,'[]',2,66),
+(3598,'2022-01-27 02:44:21','180','Bis(phenethylammonium) cadmium iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,66),
+(3599,'2022-01-27 02:44:36','179','Bis(phenethylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,66),
+(3600,'2022-01-27 02:44:56','180','Bis(phenethylammonium) cadmium iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3601,'2022-01-27 02:45:15','181','N,N-dimethylethanolammonium cadmium chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\"]}}]',2,66),
+(3602,'2022-01-27 02:45:52','182','Trimethylchloromethylammonium manganese chloride',2,'[]',2,66),
+(3603,'2022-01-27 02:51:19','183','N-methyldabconium lead iodide',2,'[]',2,66),
+(3604,'2022-01-27 02:51:47','184','Dimethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3605,'2022-01-27 02:52:17','185','Triethylpropylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3606,'2022-01-27 02:53:50','186','Heptakis(dimethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Iupac\"]}}]',2,66),
+(3607,'2022-01-27 02:54:05','187','Heptakis(dimethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,66),
+(3608,'2022-01-27 02:54:23','186','Heptakis(dimethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\"]}}]',2,66),
+(3609,'2022-01-27 02:54:52','187','Heptakis(dimethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3610,'2022-01-27 02:55:16','188','Methylammonium germanium bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3611,'2022-01-27 02:55:31','189','Butylammonium germanium bromide',2,'[]',2,66),
+(3612,'2022-01-27 02:55:47','190','Methylammonium tin chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3613,'2022-01-27 02:56:00','191','Methylammonium tin bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3614,'2022-01-27 02:56:32','193','Formamidinium tin bromide iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3615,'2022-01-27 02:56:53','194','Bis(butylammonium) copper chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3616,'2022-01-27 02:57:57','195','Bis(4-fluorophenylmethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\", \"Organic\"]}}]',2,66),
+(3617,'2022-01-27 02:58:38','196','Bis(4-chlorophenylmethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,66),
+(3618,'2022-01-27 02:59:00','197','Bis(4-bromophenylmethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,66),
+(3619,'2022-01-27 02:59:18','198','Bis(4-iodophenylmethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,66),
+(3620,'2022-01-27 02:59:56','199','1,8-octyldiammonium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3621,'2022-01-27 03:00:38','200','1,8-octyldiammonium bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3622,'2022-01-27 13:58:59','237','Bis(but-3-en-1-ammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,66),
+(3623,'2022-02-08 17:14:56','253','2021 -  S. Tan, T. Huang, I. Yavuz, R. Wang, M. Weber, Y. , M. , M. , H. , K. , K. , J. , F. , M. , J. ,  . , Y. , ACS Publications 18 , 6781 \"Surface Reconstruction of Halide Perovskites during Post-',2,'[]',3,47),
+(3624,'2022-02-10 13:11:15','200','1,8-octyldiammonium bis(methylammonium) lead iodide',2,'[]',2,66),
+(3625,'2022-02-10 13:11:35','201','1,8-octyldiammonium tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,66),
+(3626,'2022-02-10 13:11:47','200','1,8-octyldiammonium bis(methylammonium) lead iodide',2,'[]',2,66),
+(3627,'2022-02-10 13:12:18','201','1,8-octyldiammonium tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3628,'2022-02-10 13:13:29','202','1,9-nonyldiammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3629,'2022-02-10 13:14:16','203','1,9-nonyldiammonium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3630,'2022-02-10 13:14:56','204','1,9-nonyldiammonium bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3631,'2022-02-10 13:15:07','204','1,9-nonyldiammonium bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\"]}}]',2,66),
+(3632,'2022-02-10 13:15:27','205','Aniline copper bromide iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3633,'2022-02-10 13:15:50','207','Tris(methylammonium) antimony iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3634,'2022-02-10 13:16:19','208','3-(aminomethyl)pyridinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3635,'2022-02-10 13:16:41','209','3-(aminomethyl)pyridinium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,66),
+(3636,'2022-02-10 13:16:49','208','3-(aminomethyl)pyridinium lead iodide',2,'[]',2,66),
+(3637,'2022-02-10 13:17:12','209','3-(aminomethyl)pyridinium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3638,'2022-02-10 13:17:19','209','3-(aminomethyl)pyridinium methylammonium lead iodide',2,'[]',2,66),
+(3639,'2022-02-10 13:17:35','210','3-(aminomethyl)pyridinium bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3640,'2022-02-10 13:17:47','210','3-(aminomethyl)pyridinium bis(methylammonium) lead iodide',2,'[]',2,66),
+(3641,'2022-02-10 13:18:02','211','3-(aminomethyl)pyridinium tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3642,'2022-02-10 13:18:37','212','4-(aminomethyl)pyridinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3643,'2022-02-10 13:18:57','213','4-(aminomethyl)pyridinium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3644,'2022-02-10 13:19:06','213','4-(aminomethyl)pyridinium methylammonium lead iodide',2,'[]',2,66),
+(3645,'2022-02-10 13:19:17','214','4-(aminomethyl)pyridinium bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3646,'2022-02-10 13:19:32','215','4-(aminomethyl)pyridinium tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3647,'2022-02-10 13:23:04','216','bismethylbenzylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Iupac\"]}}]',2,66),
+(3648,'2022-02-10 13:23:47','217','Bis(benzylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3649,'2022-02-10 13:24:31','218','Bis(ethylammoniumbithiophene) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3650,'2022-02-10 13:25:07','219','Bis(ethylammoniumdimethylquaterthiophene) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3651,'2022-02-10 13:25:30','220','Bis(ethylammoniumdimethylquaterthiophenecarbonitrile) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3652,'2022-02-10 13:26:22','221','(BTm)2PbI4',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\"]}}]',2,66),
+(3653,'2022-02-10 13:26:51','222','(2,2\'-(ethylenedioxy)bis(ethylammonium) copper chloride',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,66),
+(3654,'2022-02-10 13:27:26','224','Bis(4-fluorophenethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\", \"Organic\"]}}]',2,66),
+(3655,'2022-02-10 13:27:45','225','Bis(4-fluorophenethylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\", \"Organic\"]}}]',2,66),
+(3656,'2022-02-10 13:27:53','224','Bis(4-fluorophenethylammonium) lead iodide',2,'[]',2,66),
+(3657,'2022-02-10 13:28:05','225','Bis(4-fluorophenethylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,66),
+(3658,'2022-02-10 13:29:08','226','Bis(4-fluorophenethylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\", \"Organic\"]}}]',2,66),
+(3659,'2022-02-10 13:29:23','227','methylviologen BiI3Cl2',2,'[]',2,66),
+(3660,'2022-02-10 13:31:53','228','bis(6-Iodohexylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Iupac\"]}}]',2,66),
+(3661,'2022-02-10 13:35:18','229','tetrakis((R)-1-phenylethylammonium) bismuth bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Iupac\"]}}]',2,66),
+(3662,'2022-02-10 13:36:22','230','tetrakis((S)-1-phenylethylammonium) bismuth bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Iupac\"]}}]',2,66),
+(3663,'2022-02-10 13:37:19','231','Bis(methylammonium) bismuth thallium bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3664,'2022-02-10 13:38:36','232','Bis(3,4-dichlorobut-3-en-1-ammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3665,'2022-02-10 13:39:08','233','Bis(3,4-dibromobut-3-en-1-ammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3666,'2022-02-10 13:39:31','234','Bis(3,4-dibromobut-3-en-1-ammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Group\", \"Organic\"]}}]',2,66),
+(3667,'2022-02-10 13:48:23','235','Bis(3-butylidyne-1-ammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3668,'2022-02-10 13:48:48','236','Bis(1,2-diiodo-but-1-en-4-ammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3669,'2022-02-10 13:49:18','237','Bis(but-3-en-1-ammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3670,'2022-02-10 13:49:24','237','Bis(but-3-en-1-ammonium) lead bromide',2,'[]',2,66),
+(3671,'2022-02-10 13:50:12','238','tris(methylammonium) bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Iupac\"]}}]',2,66),
+(3672,'2022-02-10 13:50:23','240','Ba2CaMoO6',2,'[]',2,66),
+(3673,'2022-02-10 13:50:54','221','(BTm)2PbI4',2,'[]',2,66),
+(3674,'2022-02-10 13:51:51','241','bis(methylammonium) potassium gadolinium chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Iupac\"]}}]',2,66),
+(3675,'2022-02-10 13:52:18','242','bis(methylammonium) potassium yttrium chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Iupac\"]}}]',2,66),
+(3676,'2022-02-10 13:56:06','245','Bis(2-(3”, 4’-dimethyl-[2,2’:5’,2’:5”,2”’-quarter-thiophen]-5-yl)ethan-1-ammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\", \"Iupac\"]}}]',2,66),
+(3677,'2022-02-10 13:56:40','246','Hexane-1,6-diammonium bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\", \"Organic\"]}}]',2,66),
+(3678,'2022-02-10 14:44:42','898','ID: 898 (atomic structure)',3,'',34,66),
+(3679,'2022-02-10 14:45:00','899','ID: 899 (atomic structure)',3,'',34,66),
+(3680,'2022-02-10 14:45:18','900','ID: 900 (atomic structure)',3,'',34,66),
+(3681,'2022-02-10 14:49:10','247','Tris(N-propylammonium) bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,66),
+(3682,'2022-02-15 14:08:19','1929','ID: 1929 (photoluminescence)',3,'',34,84),
+(3683,'2022-02-22 13:22:58','1932','ID: 1932 (photoluminescence)',3,'',34,84),
+(3684,'2022-02-28 11:30:06','1933','ID: 1933 (photoluminescence)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2187 (196 data points)\", \"fields\": [\"Crystal system\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2188 (101 data points)\", \"fields\": [\"Crystal system\"]}}]',34,84),
+(3685,'2022-02-28 12:46:58','1934','ID: 1934 (photoluminescence excitation)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2189 (129 data points)\", \"fields\": [\"Crystal system\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2190 (113 data points)\", \"fields\": [\"Crystal system\"]}}]',34,84),
+(3686,'2022-02-28 13:35:48','1933','ID: 1933 (photoluminescence)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1336\", \"fields\": [\"Description\"]}}]',34,84),
+(3687,'2022-02-28 13:36:25','1934','ID: 1934 (photoluminescence excitation)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1337\", \"fields\": [\"Description\"]}}]',34,84),
+(3688,'2022-03-07 18:26:14','473','Phenylethyammonium lead iodide (Bi-doped)',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Iupac\"]}}]',2,84),
+(3689,'2022-03-09 16:22:54','1933','ID: 1933 (photoluminescence)',3,'',34,84),
+(3690,'2022-03-09 16:31:02','1936','ID: 1936 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1252\", \"fields\": [\"Description\"]}}]',34,84),
+(3691,'2022-03-09 17:09:22','1937','ID: 1937 (photoluminescence excitation)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1340\", \"fields\": [\"Description\"]}}]',34,84),
+(3692,'2022-03-09 17:09:42','1937','ID: 1937 (photoluminescence excitation)',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 904\", \"fields\": [\"Physical property\"]}}]',34,84),
+(3693,'2022-03-10 14:26:08','9','Bis(phenylethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,66),
+(3694,'2022-03-10 14:46:04','9','Bis(phenylethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Derived to from\"]}}]',2,66),
+(3695,'2022-03-10 17:54:20','473','Bis(phenylethyammonium) lead iodide (Bi-doped)',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Iupac\"]}}]',2,84),
+(3696,'2022-03-10 18:14:02','1936','ID: 1936 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1252\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1339\", \"fields\": [\"Method\", \"Description\"]}}]',34,84),
+(3697,'2022-03-10 18:14:24','1940','ID: 1940 (photoluminescence excitation)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,84),
+(3698,'2022-03-10 18:15:16','1939','ID: 1939 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,84),
+(3699,'2022-03-10 18:15:39','1938','ID: 1938 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"Space group\"]}}]',34,84),
+(3700,'2022-03-10 18:16:07','1937','ID: 1937 (photoluminescence excitation)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',34,84),
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+(3753,'2022-03-22 21:55:25','263','2019 -   NPG Asia Materials 11 , 31 \"Mixed-halide perovskite synthesis by chemical reaction and crystal nucleation under an optical potential\"',1,'[{\"added\": {}}]',3,75),
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+(3758,'2022-03-22 21:58:24','1500','Katsuaki Konishi, Hokkaido University',1,'[{\"added\": {}}]',5,75),
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+(3924,'2022-03-30 19:29:38','6','ID: 6 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 166\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 173\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 2\", \"fields\": [\"Value\"]}}]',34,75),
+(3925,'2022-03-30 19:30:07','7','ID: 7 (photoluminescence)',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 3\", \"fields\": [\"Value\"]}}]',34,75),
+(3926,'2022-03-30 19:32:10','8','ID: 8 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 159\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 166\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 4\", \"fields\": [\"Value\"]}}]',34,75),
+(3927,'2022-03-30 19:35:38','9','ID: 9 (photoluminescence)',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 5\", \"fields\": [\"Value\"]}}]',34,75),
+(3928,'2022-03-30 19:36:03','8','ID: 8 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}]',34,75),
+(3929,'2022-03-30 19:36:29','7','ID: 7 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}]',34,75),
+(3930,'2022-03-30 19:38:36','10','ID: 10 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 164\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 171\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 6\", \"fields\": [\"Value\"]}}]',34,75),
+(3931,'2022-03-30 19:40:27','11','ID: 11 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 162\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 169\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 7\", \"fields\": [\"Value\"]}}]',34,75),
+(3932,'2022-03-30 19:42:16','12','ID: 12 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 171\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 8\", \"fields\": [\"Value\"]}}]',34,75),
+(3933,'2022-03-30 19:44:51','13','ID: 13 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 174\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 181\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 9\", \"fields\": [\"Value\"]}}]',34,75),
+(3934,'2022-03-30 19:46:51','14','ID: 14 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 176\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 10\", \"fields\": [\"Value\"]}}]',34,75),
+(3935,'2022-03-30 19:48:54','15','ID: 15 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 178\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 185\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 11\", \"fields\": [\"Value\"]}}]',34,75),
+(3936,'2022-03-30 19:57:34','6','ID: 6 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(3937,'2022-03-30 20:00:33','7','ID: 7 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(3938,'2022-03-30 20:02:02','8','ID: 8 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(3939,'2022-03-30 20:06:00','9','ID: 9 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(3940,'2022-03-30 20:10:59','10','ID: 10 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(3941,'2022-03-30 20:12:07','11','ID: 11 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(3942,'2022-03-30 20:15:42','12','ID: 12 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(3943,'2022-03-30 20:18:13','13','ID: 13 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(3944,'2022-03-30 20:20:14','14','ID: 14 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(3945,'2022-03-30 20:21:17','15','ID: 15 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(3946,'2022-03-30 20:24:01','9','ID: 9 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(3947,'2022-03-30 20:24:23','10','ID: 10 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(3948,'2022-03-30 20:28:20','222','ID: 222 (atomic structure)',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 248\", \"fields\": [\"Value\"]}}]',34,75),
+(3949,'2022-03-30 20:38:47','223','ID: 223 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 249\", \"fields\": [\"Value\"]}}]',34,75),
+(3950,'2022-03-30 20:40:06','224','ID: 224 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 250\", \"fields\": [\"Value\"]}}]',34,75),
+(3951,'2022-03-30 20:41:52','225','ID: 225 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 251\", \"fields\": [\"Value\"]}}]',34,75),
+(3952,'2022-03-30 20:45:34','226','ID: 226 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 158\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 252\", \"fields\": [\"Value\"]}}]',34,75),
+(3953,'2022-03-30 20:50:11','377','ID: 377 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 161\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 168\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 306\", \"fields\": [\"Value\"]}}]',34,75),
+(3954,'2022-03-30 20:50:32','11','ID: 11 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(3955,'2022-03-30 20:55:23','378','ID: 378 (photoluminescence peak position)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 175\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 307\", \"fields\": [\"Value\"]}}]',34,75),
+(3956,'2022-03-30 20:56:08','378','ID: 378 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(3957,'2022-03-30 20:58:13','379','ID: 379 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 172\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 308\", \"fields\": [\"Value\"]}}]',34,75),
+(3958,'2022-03-30 21:00:03','380','ID: 380 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 309\", \"fields\": [\"Value\"]}}]',34,75),
+(3959,'2022-03-30 21:01:11','381','ID: 381 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 310\", \"fields\": [\"Value\"]}}]',34,75),
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+(3963,'2022-03-30 21:12:22','385','ID: 385 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 160\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 167\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 314\", \"fields\": [\"Value\"]}}]',34,75),
+(3964,'2022-03-30 21:14:33','386','ID: 386 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 173\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 180\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 315\", \"fields\": [\"Value\"]}}]',34,75),
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+(4170,'2022-04-05 16:03:30','8','2009 -  K. Shibuya, M. Koshimizu, F. Nishikido, H. Saito, S. Kishimoto, Acta Crystallographica 65 , m1323 \"Poly[bis(phenethylammonium) [di-bromido-plumbate(II)]-di-μ-bromido]]\"',2,'[{\"changed\": {\"fields\": [\"Title\"]}}]',3,75),
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+(4172,'2022-04-05 17:04:27','9','1999 -  G. Papavassiliou, G. Mousdis, C. Raptopoulou, A. Terzis, Z. Naturforsch 54 b , 1405 \"Preparation and Characterization of [C6H5CH2 NH3]2PbI4, [C6H5CH2CH2SC(NH2)2]3 PbI5 and [C10H7CH2NH3]PbI3 Or',2,'[{\"changed\": {\"fields\": [\"Title\", \"Doi isbn\"]}}]',3,75),
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+(4339,'2022-04-17 21:59:08','157','ID: 157 (photoluminescence peak position)',3,'',34,75),
+(4340,'2022-04-17 22:00:29','156','ID: 156 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"subset\", \"object\": \"ID: None (0 data points)\"}}, {\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}]',34,75),
+(4341,'2022-04-17 22:00:45','156','ID: 156 (photoluminescence peak position)',3,'',34,75),
+(4342,'2022-04-17 22:02:17','137','ID: 137 (band gap (optical, integrating sphere))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 15\", \"fields\": [\"Method\", \"Description\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 137 (1 data points)\", \"fields\": [\"Label\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 120\", \"fields\": [\"Value\"]}}]',34,75),
+(4343,'2022-04-17 22:07:43','367','ID: 367 (band gap (optical, integrating sphere))',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1280\"}}]',34,75),
+(4344,'2022-04-17 22:11:27','367','ID: 367 (band gap (optical, integrating sphere))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1280\", \"fields\": [\"Description\"]}}]',34,75),
+(4345,'2022-04-17 22:21:40','368','ID: 368 (band gap (optical, integrating sphere))',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1281\"}}]',34,75),
+(4346,'2022-04-18 14:44:54','368','ID: 368 (band gap (optical, integrating sphere))',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Linked to\"]}}]',34,75),
+(4347,'2022-04-18 17:18:17','137','ID: 137 (band gap (optical, integrating sphere))',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}]',34,75),
+(4348,'2022-04-18 17:19:38','367','ID: 367 (band gap (optical, integrating sphere))',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}]',34,75),
+(4349,'2022-04-18 17:35:16','17','Bis(Butylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,75),
+(4350,'2022-04-18 17:56:03','476','Bis(Butylammonium) lead iodide : Iodine-doped',2,'[{\"changed\": {\"fields\": [\"Derived to from\"]}}]',2,75),
+(4351,'2022-04-18 17:57:03','1960','ID: 1960 (photoluminescence)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 976\"}}]',34,75),
+(4352,'2022-04-18 18:16:54','1961','ID: 1961 (absorption spectrum)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 977\"}}]',34,75),
+(4353,'2022-04-18 18:19:09','476','Bis(Butylammonium) lead iodide : Iodine-intercalated',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,75),
+(4354,'2022-04-18 19:55:33','1164','ID: 1164 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}, {\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(4355,'2022-04-18 19:55:56','1164','ID: 1164 (absorption spectrum)',3,'',34,75),
+(4356,'2022-04-18 19:56:33','1962','ID: 1962 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,75),
+(4357,'2022-04-18 20:07:19','1965','ID: 1965 (photoluminescence)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 978\"}}]',34,75),
+(4358,'2022-04-18 20:44:51','477','Bis(phenethylammonium) tin iodide : HFB',2,'[{\"changed\": {\"fields\": [\"Derived to from\"]}}]',2,75),
+(4359,'2022-04-18 21:15:02','1971','ID: 1971 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Primary property\", \"Primary property label\"]}}]',34,75),
+(4360,'2022-04-19 15:35:28','475','Bis(Butylammonium) lead iodide',3,'',2,75),
+(4361,'2022-04-19 16:22:10','268','2016 -   Chemistry of Materials 28 , 1348 \"Cs2AgBiX6 (X = Br, Cl): New Visible Light Absorbing, Lead-Free Halide Perovskite Semiconductors\"',1,'[{\"added\": {}}]',3,75),
+(4362,'2022-04-19 16:23:29','1528','Eric T. McClure, The Ohio State University',1,'[{\"added\": {}}]',5,75),
+(4363,'2022-04-19 16:24:04','1529','Molly R. Ball, The Ohio State University',1,'[{\"added\": {}}]',5,75),
+(4364,'2022-04-19 16:24:33','1530','Wolfgang Windl, The Ohio State University',1,'[{\"added\": {}}]',5,75),
+(4365,'2022-04-19 16:25:01','1531','Patrick M. Woodward, The Ohio State Univer...',1,'[{\"added\": {}}]',5,75),
+(4366,'2022-04-19 16:26:48','1972','ID: 1972 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,75),
+(4367,'2022-04-19 16:47:42','1972','ID: 1972 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Sample type\", \"Representative\", \"Space group\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1297\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1386\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 980\"}}]',34,75),
+(4368,'2022-04-19 16:52:13','46','Cs2AgBiCl6',2,'[{\"changed\": {\"fields\": [\"Inorganic\"]}}]',2,75),
+(4369,'2022-04-19 17:02:39','1973','ID: 1973 (atomic structure)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 981\"}}]',34,75),
+(4370,'2022-04-19 17:11:23','822','ID: 822 (absorption coefficient)',2,'[{\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"subset\", \"object\": \"ID: None (0 data points)\"}}, {\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}]',34,75),
+(4371,'2022-04-19 17:12:01','822','ID: 822 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}]',34,75),
+(4372,'2022-04-19 17:12:12','822','ID: 822 (absorption coefficient)',3,'',34,75),
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+(4376,'2022-04-19 17:15:48','825','ID: 825 (photoluminescence)',2,'[]',34,75),
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+(4379,'2022-04-19 17:19:17','823','ID: 823 (band gap (optical, transmission))',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 470\", \"fields\": [\"Value\"]}}]',34,75),
+(4380,'2022-04-19 17:19:36','825','ID: 825 (photoluminescence)',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 472\", \"fields\": [\"Value\"]}}]',34,75),
+(4381,'2022-04-19 17:21:47','821','ID: 821 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
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+(4384,'2022-04-19 17:32:47','43','abs. units',1,'[{\"added\": {}}]',30,75),
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+(4390,'2022-04-19 17:42:42','825','ID: 825 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Primary property label\", \"Space group\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1300\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1388\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 982\"}}]',34,75),
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+(4393,'2022-04-19 17:52:09','1974','ID: 1974 (photoluminescence)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1389\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 984\"}}]',34,75),
+(4394,'2022-04-20 13:26:46','47','N-methylethane-1,2-diammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,75),
+(4395,'2022-04-20 16:01:18','393','ID: 393 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property label\", \"Space group\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1302\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1390\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 985\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 986\"}}]',34,75),
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+(4397,'2022-04-20 23:34:45','395','ID: 395 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property label\", \"Space group\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1303\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1392\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 988\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 989\"}}]',34,75),
+(4398,'2022-04-20 23:39:34','393','ID: 393 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1302\", \"fields\": [\"Description\"]}}]',34,75),
+(4399,'2022-04-20 23:42:39','396','ID: 396 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property label\", \"Space group\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1393\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 990\"}}]',34,75),
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+(4404,'2022-04-21 00:05:28','400','ID: 400 (absorption peak position)',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}]',34,75),
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+(4414,'2022-04-21 13:37:16','265','2022 -  N. Wright, X. Qin, J. Xu, L. Kelly, S. Harvey, M. Toney, V. Blum, A. Stiff-Roberts, Chemistry of Materials 34 , 3109 \"Influence of Annealing and Composition on the Crystal Structure of Mixed-H',2,'[{\"changed\": {\"fields\": [\"Vol\", \"Pages start\", \"Pages end\"]}}]',3,84),
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+(4442,'2022-04-22 18:15:11','411','ID: 411 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group\", \"Linked to\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1314\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1414\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1016\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1017\"}}]',34,75),
+(4443,'2022-04-22 18:21:46','417','ID: 417 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group\", \"Linked to\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1315\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1415\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1018\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1019\"}}]',34,75),
+(4444,'2022-04-22 18:25:11','423','ID: 423 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group\", \"Linked to\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1316\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1416\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1020\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1021\"}}]',34,75),
+(4445,'2022-04-22 18:36:31','424','ID: 424 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1317\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1417\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1022\"}}]',34,75),
+(4446,'2022-04-22 18:38:53','418','ID: 418 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1318\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1418\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1023\"}}]',34,75),
+(4447,'2022-04-22 18:41:45','412','ID: 412 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1319\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1419\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1024\"}}]',34,75),
+(4448,'2022-04-24 18:02:03','466','ID: 466 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1025\"}}]',34,75),
+(4449,'2022-04-24 18:03:00','467','ID: 467 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1026\"}}]',34,75),
+(4450,'2022-04-25 18:27:39','43','2017 -  L. Mao, Y. Wu, C. Stoumpos, B. Traore, C. Katan, J. Even, M. Wasielewski, M. Kanatzidis, JOURNAL OF THE AMERICAN CHEMICAL SOCIETY 139 , 11956 \"Tunable White-Light Emission in Single-Cation-Tem',2,'[{\"changed\": {\"fields\": [\"Title\"]}}]',3,75),
+(4451,'2022-04-25 18:52:24','469','ID: 469 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 189\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1420\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1027\"}}]',34,75),
+(4452,'2022-04-25 18:57:42','469','ID: 469 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(4453,'2022-04-25 19:26:21','470','ID: 470 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Primary property label\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 190\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Atomic structure also availabe at  CCDC 1573846\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1421\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1028\"}}]',34,75),
+(4454,'2022-04-25 19:27:15','469','ID: 469 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 189\", \"fields\": [\"Description\"]}}]',34,75),
+(4455,'2022-04-25 19:42:34','472','ID: 472 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 192\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1422\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1029\"}}]',34,75),
+(4456,'2022-04-25 20:13:55','473','ID: 473 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Primary property label\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 193\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Atomic structure available at CCDC 1573847\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1423\"}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 593 (6 data points)\", \"fields\": [\"Crystal system\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1030\"}}]',34,75),
+(4457,'2022-04-25 20:14:38','472','ID: 472 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(4458,'2022-04-25 20:15:17','469','ID: 469 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(4459,'2022-04-25 20:15:36','470','ID: 470 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(4460,'2022-04-26 14:57:58','547','ID: 547 (atomic structure)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1031\"}}]',34,75),
+(4461,'2022-04-26 15:30:27','547','ID: 547 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 264\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 255\", \"fields\": [\"Method\", \"Description\"]}}]',34,75),
+(4462,'2022-04-26 16:47:30','1976','ID: 1976 (photoluminescence excitation)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1425\", \"fields\": [\"Description\"]}}]',34,75),
+(4463,'2022-04-26 16:48:07','1976','ID: 1976 (photoluminescence excitation)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(4464,'2022-04-26 16:48:24','1975','ID: 1975 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(4465,'2022-04-26 17:29:22','1975','ID: 1975 (photoluminescence)',2,'[{\"added\": {\"name\": \"subset\", \"object\": \"ID: 2236 (0 data points)\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1035\"}}, {\"added\": {\"name\": \"additional file\", \"object\": \"ID: 2553\"}}]',34,75),
+(4466,'2022-04-26 17:30:49','1975','ID: 1975 (photoluminescence)',2,'[{\"deleted\": {\"name\": \"subset\", \"object\": \"ID: None (0 data points)\"}}, {\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"additional file\", \"object\": \"ID: None\"}}]',34,75),
+(4467,'2022-04-26 18:00:19','1975','ID: 1975 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1320\", \"fields\": [\"Starting materials\"]}}]',34,75),
+(4468,'2022-04-26 18:01:17','1976','ID: 1976 (photoluminescence excitation)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1321\", \"fields\": [\"Starting materials\"]}}]',34,75),
+(4469,'2022-04-26 18:01:53','1977','ID: 1977 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1322\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2237 (51 data points)\", \"fields\": [\"Crystal system\"]}}]',34,75),
+(4470,'2022-04-26 18:02:59','1978','ID: 1978 (photoluminescence)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2238 (56 data points)\", \"fields\": [\"Crystal system\"]}}]',34,75),
+(4471,'2022-04-26 18:12:52','1979','ID: 1979 (photoluminescence)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1428\", \"fields\": [\"Description\"]}}]',34,75),
+(4472,'2022-04-26 18:21:55','1979','ID: 1979 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(4473,'2022-04-26 18:28:12','1980','ID: 1980 (photoluminescence excitation)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1039\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1040\"}}]',34,75),
+(4474,'2022-04-26 18:49:49','1984','ID: 1984 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(4475,'2022-04-26 18:50:56','547','ID: 547 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 264\", \"fields\": [\"Starting materials\"]}}]',34,75),
+(4476,'2022-04-26 19:19:42','547','ID: 547 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 264\", \"fields\": [\"Description\"]}}]',34,75),
+(4477,'2022-04-26 19:20:48','1975','ID: 1975 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1320\", \"fields\": [\"Description\"]}}]',34,75),
+(4478,'2022-04-26 19:21:07','1976','ID: 1976 (photoluminescence excitation)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1321\", \"fields\": [\"Description\"]}}]',34,75),
+(4479,'2022-04-26 19:21:23','1977','ID: 1977 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1322\", \"fields\": [\"Description\"]}}]',34,75),
+(4480,'2022-04-26 19:21:47','1978','ID: 1978 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1323\", \"fields\": [\"Description\"]}}]',34,75),
+(4481,'2022-04-26 19:22:03','1979','ID: 1979 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1324\", \"fields\": [\"Description\"]}}]',34,75),
+(4482,'2022-04-26 19:22:28','1980','ID: 1980 (photoluminescence excitation)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1325\", \"fields\": [\"Description\"]}}]',34,75),
+(4483,'2022-04-26 19:22:44','1984','ID: 1984 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1329\", \"fields\": [\"Description\"]}}]',34,75),
+(4484,'2022-04-26 19:40:21','474','ID: 474 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,75),
+(4485,'2022-04-26 19:41:54','475','ID: 475 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,75),
+(4486,'2022-04-26 19:42:36','476','ID: 476 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,75),
+(4487,'2022-04-26 19:43:02','477','ID: 477 (absorption peak position)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,75),
+(4488,'2022-04-26 19:43:34','478','ID: 478 (absorption peak position)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,75),
+(4489,'2022-04-26 19:44:00','479','ID: 479 (absorption peak position)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,75),
+(4490,'2022-04-26 19:44:27','480','ID: 480 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,75),
+(4491,'2022-04-26 19:44:52','481','ID: 481 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,75),
+(4492,'2022-04-26 19:45:16','482','ID: 482 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,75),
+(4493,'2022-04-26 20:03:00','474','ID: 474 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 194\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 195\", \"fields\": [\"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"CIF file available at CCDC 1497737\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1042\"}}]',34,75),
+(4494,'2022-04-26 20:05:27','475','ID: 475 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 195\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 196\", \"fields\": [\"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"CIF file available at CCDC 1580794\"}}]',34,75),
+(4495,'2022-04-26 20:06:49','475','ID: 475 (atomic structure)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1043\"}}]',34,75),
+(4496,'2022-04-26 20:18:09','480','ID: 480 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 200\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 201\", \"fields\": [\"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Refer to Figure 2 for PL plots\"}}]',34,75),
+(4497,'2022-04-26 23:08:15','476','ID: 476 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 196\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 197\", \"fields\": [\"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"CIF file available at CCDC 1538293\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1044\"}}]',34,75),
+(4498,'2022-04-26 23:12:21','85','PL excitation peak position',1,'[{\"added\": {}}]',29,75),
+(4499,'2022-04-26 23:15:37','477','ID: 477 (PL excitation peak position)',2,'[{\"changed\": {\"fields\": [\"Primary property\", \"Dimensionality\", \"Sample type\", \"Space group\", \"Linked to\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 197\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 198\", \"fields\": [\"Method\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Refer to Figure 2 for absorbance plot\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1045\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1046\"}}]',34,75),
+(4500,'2022-04-26 23:19:41','478','ID: 478 (PL excitation peak position)',2,'[{\"changed\": {\"fields\": [\"Primary property\", \"Dimensionality\", \"Sample type\", \"Space group\", \"Linked to\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 198\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 199\", \"fields\": [\"Method\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Refer to Figure 2 for absorbance plot\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1047\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1048\"}}]',34,75),
+(4501,'2022-04-26 23:36:05','479','ID: 479 (PL excitation peak position)',2,'[{\"changed\": {\"fields\": [\"Primary property\", \"Dimensionality\", \"Sample type\", \"Space group\", \"Linked to\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 199\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 200\", \"fields\": [\"Method\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Refer to Figure 2 for absorbance plot\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1051\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1052\"}}]',34,75),
+(4502,'2022-04-26 23:37:28','1985','ID: 1985 (photoluminescence excitation)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(4503,'2022-04-26 23:40:57','480','ID: 480 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group\", \"Linked to\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 201\", \"fields\": [\"Method\", \"Description\"]}}]',34,75),
+(4504,'2022-04-26 23:43:27','480','ID: 480 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(4505,'2022-04-26 23:46:12','481','ID: 481 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"Sample type\", \"Linked to\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 201\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 202\", \"fields\": [\"Method\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Refer to Figure 2 for PL plots\"}}]',34,75),
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+(4507,'2022-04-26 23:52:07','1986','ID: 1986 (photoluminescence)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1053\"}}]',34,75),
+(4508,'2022-04-26 23:56:48','482','ID: 482 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"Sample type\", \"Linked to\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 202\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 203\", \"fields\": [\"Method\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Refer to Figure 2 for PL plots\"}}]',34,75),
+(4509,'2022-04-27 00:10:08','1990','ID: 1990 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1055\"}}]',34,75),
+(4510,'2022-04-27 00:14:22','1991','ID: 1991 (photoluminescence quantum efficiency (PLQE))',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1056\"}}]',34,75),
+(4511,'2022-04-27 00:14:53','1991','ID: 1991 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(4512,'2022-04-27 00:17:16','1992','ID: 1992 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1057\"}}]',34,75),
+(4513,'2022-04-27 01:00:52','1993','ID: 1993 (Thermogravimetric behavior)',2,'[{\"changed\": {\"fields\": [\"Primary property label\", \"Sample type\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1442\", \"fields\": [\"Method\", \"Description\"]}}]',34,75),
+(4514,'2022-04-27 01:01:56','1993','ID: 1993 (Thermogravimetric behavior)',2,'[{\"changed\": {\"fields\": [\"Primary unit\"]}}]',34,75),
+(4515,'2022-04-27 01:04:07','1993','ID: 1993 (Thermogravimetric behavior)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2253 (24 data points)\", \"fields\": [\"Crystal system\"]}}]',34,75),
+(4516,'2022-04-27 01:07:28','1994','ID: 1994 (Degradation onset temperature)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2254 (1 data points)\", \"fields\": [\"Crystal system\"]}}]',34,75),
+(4517,'2022-04-27 01:25:31','1999','ID: 1999 (Degradation onset temperature)',2,'[{\"changed\": {\"fields\": [\"System\", \"Linked to\"]}}]',34,75),
+(4518,'2022-04-28 12:38:54','1999','ID: 1999 (Degradation onset temperature)',2,'[{\"added\": {\"name\": \"note\", \"object\": \"ID: 2\"}}]',34,66),
+(4519,'2022-04-28 12:39:16','1999','ID: 1999 (Degradation onset temperature)',2,'[{\"deleted\": {\"name\": \"note\", \"object\": \"ID: None\"}}]',34,66),
+(4520,'2022-04-28 12:39:24','1999','ID: 1999 (Degradation onset temperature)',2,'[]',34,66),
+(4521,'2022-04-28 13:09:01','129','ID: 129 (band gap (optical, diffuse reflectance))',2,'[{\"added\": {\"name\": \"note\", \"object\": \"ID: 3\"}}]',34,66),
+(4522,'2022-04-28 13:11:10','129','ID: 129 (band gap (optical, diffuse reflectance))',2,'[{\"deleted\": {\"name\": \"note\", \"object\": \"ID: None\"}}]',34,66),
+(4523,'2022-04-28 13:42:31','730','ID: 730 (band gap (optical, transmission))',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,84),
+(4524,'2022-04-28 13:43:30','132','2017 -  K. Boopathi et al., Journal of Materials Chemistry A 5 , 20843 \"Solution-processable antimony-based light-absorbing materials beyond lead halide perovskites\"',3,'',3,84),
+(4525,'2022-04-28 19:28:16','483','ID: 483 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 204\", \"fields\": [\"Description\"]}}]',34,75),
+(4526,'2022-04-28 19:41:04','484','ID: 484 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 205\", \"fields\": [\"Description\"]}}]',34,75),
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+(4530,'2022-04-28 19:54:32','486','ID: 486 (photoluminescence peak position)',2,'[{\"changed\": {\"name\": \"note\", \"object\": \"ID: 4\", \"fields\": [\"Note\"]}}]',34,75),
+(4531,'2022-04-28 19:54:49','486','ID: 486 (photoluminescence peak position)',2,'[{\"changed\": {\"name\": \"note\", \"object\": \"ID: 4\", \"fields\": [\"Note\"]}}]',34,75),
+(4532,'2022-04-28 19:58:09','486','ID: 486 (photoluminescence peak position)',2,'[{\"changed\": {\"name\": \"note\", \"object\": \"ID: 4\", \"fields\": [\"Note\"]}}]',34,75),
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+(4534,'2022-04-28 20:02:43','486','ID: 486 (photoluminescence peak position)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1061\"}}]',34,75),
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+(4621,'2022-05-06 18:16:38','512','ID: 512 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1091\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1092\"}}]',34,75),
+(4622,'2022-05-06 18:21:56','513','ID: 513 (photoluminescence peak position)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1093\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1094\"}}]',34,75),
+(4623,'2022-05-06 18:24:36','73','Bis(1-methylpiperazine) lead bromide (n =3)',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,75),
+(4624,'2022-05-06 18:25:57','73','Bis(1-methylpiperazine) lead bromide (n = 3)',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Description\"]}}]',2,75),
+(4625,'2022-05-06 18:26:08','513','ID: 513 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(4626,'2022-05-06 18:27:07','73','Bis(1-methylpiperazine) lead bromide (n = 3)',2,'[{\"changed\": {\"fields\": [\"Description\"]}}]',2,75),
+(4627,'2022-05-06 18:28:40','513','ID: 513 (photoluminescence peak position)',2,'[]',34,75),
+(4628,'2022-05-06 18:32:48','514','ID: 514 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1095\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1096\"}}]',34,75),
+(4629,'2022-05-06 18:34:53','516','ID: 516 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1097\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1098\"}}]',34,75),
+(4630,'2022-05-09 02:01:14','523','ID: 523 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 238\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"The synthesis procedure remains the same, however the exact amount may vary depending upon the n value.\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 238\", \"fields\": [\"Method\", \"Description\"]}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1099\"}}]',34,75),
+(4631,'2022-05-09 02:13:25','2000','ID: 2000 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(4632,'2022-05-09 18:29:24','523','ID: 523 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}, {\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(4633,'2022-05-09 18:29:47','523','ID: 523 (atomic structure)',2,'[{\"deleted\": {\"name\": \"subset\", \"object\": \"ID: None (0 data points)\"}}, {\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}]',34,75),
+(4634,'2022-05-09 18:29:58','523','ID: 523 (atomic structure)',3,'',34,75),
+(4635,'2022-05-09 20:10:08','597','ID: 597 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 298\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"The synthesis procedure remains the same, however the exact amount may vary depending upon the n value.\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 288\", \"fields\": [\"Method\", \"Description\"]}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1101\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1102\"}}]',34,75),
+(4636,'2022-05-09 20:11:26','597','ID: 597 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property label\"]}}]',34,75),
+(4637,'2022-05-09 20:13:40','597','ID: 597 (photoluminescence)',2,'[{\"added\": {\"name\": \"note\", \"object\": \"ID: 23\"}}]',34,75),
+(4638,'2022-05-09 20:19:03','1062','ID: 1062 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 596\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 596\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1103\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1104\"}}]',34,75),
+(4639,'2022-05-09 20:19:36','1062','ID: 1062 (photoluminescence)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 596\", \"fields\": [\"Method\"]}}]',34,75),
+(4640,'2022-05-09 20:21:09','1062','ID: 1062 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property label\"]}}]',34,75),
+(4641,'2022-05-09 20:39:23','598','ID: 598 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 299\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"The synthesis procedure remains the same, however the exact amount may vary depending upon the n value.\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 289\", \"fields\": [\"Method\", \"Description\"]}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1105\"}}]',34,75),
+(4642,'2022-05-09 20:42:31','598','ID: 598 (atomic structure)',2,'[{\"added\": {\"name\": \"note\", \"object\": \"ID: 24\"}}]',34,75),
+(4643,'2022-05-09 20:48:12','629','ID: 629 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 329\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"The synthesis procedure remains the same, however the exact amount may vary depending upon the n value.\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 320\", \"fields\": [\"Method\", \"Description\"]}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1106\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1107\"}}, {\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}]',34,75),
+(4644,'2022-05-09 20:52:32','629','ID: 629 (photoluminescence)',2,'[{\"added\": {\"name\": \"note\", \"object\": \"ID: 25\"}}]',34,75),
+(4645,'2022-05-11 03:26:29','1063','ID: 1063 (photoluminescence peak position)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 597\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 597\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1108\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1109\"}}]',34,75),
+(4646,'2022-05-11 15:41:52','1063','ID: 1063 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(4647,'2022-05-11 16:08:57','1064','ID: 1064 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 598\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 598\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1110\"}}]',34,75),
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+(4649,'2022-05-11 18:48:04','1066','ID: 1066 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 600\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 600\", \"fields\": [\"Description\"]}}]',34,75),
+(4650,'2022-05-11 18:56:09','1067','ID: 1067 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 601\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 601\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1112\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1113\"}}]',34,75),
+(4651,'2022-05-11 18:56:54','1067','ID: 1067 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}]',34,75),
+(4652,'2022-05-11 19:03:29','1068','ID: 1068 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group\", \"Linked to\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 602\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 602\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1114\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1115\"}}]',34,75),
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+(4657,'2022-05-11 19:37:02','1067','ID: 1067 (photoluminescence)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1264 (18 data points)\", \"fields\": [\"Crystal system\"]}}]',34,75),
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+(4659,'2022-05-11 19:37:54','1069','ID: 1069 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1266 (19 data points)\", \"fields\": [\"Crystal system\"]}}]',34,75),
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+(4666,'2022-05-11 20:24:57','267','3-(aminomethyl)piperidinium bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,75),
+(4667,'2022-05-11 20:27:37','1071','ID: 1071 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 605\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 605\", \"fields\": [\"Description\"]}}]',34,75),
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+(4694,'2022-05-15 23:13:33','1091','ID: 1091 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 625\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 625\", \"fields\": [\"Description\"]}}]',34,75),
+(4695,'2022-05-15 23:16:03','1092','ID: 1092 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property label\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 626\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 626\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1142\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1143\"}}]',34,75),
+(4696,'2022-05-15 23:17:24','1092','ID: 1092 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 626\", \"fields\": [\"Description\"]}}]',34,75),
+(4697,'2022-05-15 23:19:53','1093','ID: 1093 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group\", \"Linked to\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 627\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 627\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1144\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1145\"}}]',34,75),
+(4698,'2022-05-15 23:23:03','1094','ID: 1094 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property label\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 628\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 628\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1146\"}}]',34,75),
+(4699,'2022-05-15 23:25:46','1095','ID: 1095 (band gap (optical, transmission))',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group\", \"Linked to\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 629\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 629\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1147\"}}]',34,75),
+(4700,'2022-05-15 23:26:18','1095','ID: 1095 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,75),
+(4701,'2022-05-15 23:44:35','1096','ID: 1096 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 630\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 630\", \"fields\": [\"Description\"]}}]',34,75),
+(4702,'2022-05-15 23:47:43','1097','ID: 1097 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property label\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 631\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 631\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1148\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1149\"}}]',34,75),
+(4703,'2022-05-15 23:50:26','1098','ID: 1098 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group\", \"Linked to\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 632\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 632\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1150\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1151\"}}]',34,75),
+(4704,'2022-05-15 23:54:21','1099','ID: 1099 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property label\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 633\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 633\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1152\"}}]',34,75),
+(4705,'2022-05-15 23:55:57','1100','ID: 1100 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property\", \"Space group\", \"Linked to\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 634\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 634\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1153\"}}]',34,75),
+(4706,'2022-05-15 23:58:28','77','(3-aminomethyl)piperidinium) tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,75),
+(4707,'2022-05-15 23:59:42','77','3-(aminomethyl)piperidinium tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,75),
+(4708,'2022-05-16 00:01:52','2000','ID: 2000 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,75),
+(4709,'2022-05-16 00:04:11','268','3-(aminomethyl)piperidinium tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,75),
+(4710,'2022-05-16 00:08:35','629','ID: 629 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}, {\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"subset\", \"object\": \"ID: None (0 data points)\"}}, {\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"note\", \"object\": \"ID: None\"}}]',34,75),
+(4711,'2022-05-16 00:08:48','629','ID: 629 (photoluminescence)',3,'',34,75),
+(4712,'2022-05-16 00:09:17','2000','ID: 2000 (atomic structure)',2,'[{\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"subset\", \"object\": \"ID: None (0 data points)\"}}, {\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}]',34,75),
+(4713,'2022-05-16 00:09:58','77','3-(aminomethyl)piperidinium tris(methylammonium) lead iodide',3,'',2,75),
+(4714,'2022-05-17 19:15:05','527','ID: 527 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 242\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1259\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1154\"}}]',34,75),
+(4715,'2022-05-17 19:20:20','2003','ID: 2003 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1155\"}}]',34,75),
+(4716,'2022-05-17 19:24:24','479','Methylammonium germanium iodide',1,'[{\"added\": {}}]',2,75),
+(4717,'2022-05-17 19:28:42','527','ID: 527 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 242\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}]',34,75),
+(4718,'2022-05-17 19:29:23','479','Methylammonium Germanium Iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,75),
+(4719,'2022-05-17 19:31:37','527','ID: 527 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1259\", \"fields\": [\"Description\"]}}]',34,75),
+(4720,'2022-05-17 19:32:09','2003','ID: 2003 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1452\", \"fields\": [\"Description\"]}}]',34,75),
+(4721,'2022-05-17 19:34:00','2003','ID: 2003 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1348\", \"fields\": [\"Description\"]}}]',34,75),
+(4722,'2022-05-17 19:34:36','527','ID: 527 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 242\", \"fields\": [\"Description\"]}}]',34,75),
+(4723,'2022-05-17 19:39:43','527','ID: 527 (band gap (optical, diffuse reflectance))',2,'[{\"added\": {\"name\": \"note\", \"object\": \"ID: 29\"}}]',34,75),
+(4724,'2022-05-17 19:41:25','527','ID: 527 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"name\": \"note\", \"object\": \"ID: 29\", \"fields\": [\"Note\"]}}]',34,75),
+(4725,'2022-05-17 20:55:24','79','Formamidinium germanium iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\"]}}]',2,75),
+(4726,'2022-05-17 21:07:50','2003','ID: 2003 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1348\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}]',34,75),
+(4727,'2022-05-17 21:08:34','2003','ID: 2003 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1348\", \"fields\": [\"Starting materials\"]}}]',34,75),
+(4728,'2022-05-17 21:12:30','527','ID: 527 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 242\", \"fields\": [\"Starting materials\"]}}]',34,75),
+(4729,'2022-05-17 21:24:09','539','ID: 539 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 257\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1453\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1156\"}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 30\"}}]',34,75),
+(4730,'2022-05-17 21:35:47','2004','ID: 2004 (band gap (optical, diffuse reflectance))',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1157\"}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 31\"}}]',34,75),
+(4731,'2022-05-17 23:31:22','535','ID: 535 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property\", \"Space group\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1350\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1455\"}}, {\"added\": {\"name\": \"comment\", \"object\": \"The band gap is indirect\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1158\"}}]',34,75),
+(4732,'2022-05-17 23:39:37','546','ID: 546 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 263\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1456\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1159\"}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 32\"}}]',34,75),
+(4733,'2022-05-17 23:46:39','549','ID: 549 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 266\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1457\"}}, {\"added\": {\"name\": \"comment\", \"object\": \"The band gap is indirect\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1160\"}}]',34,75),
+(4734,'2022-05-17 23:46:58','549','ID: 549 (band gap (fundamental))',2,'[{\"added\": {\"name\": \"note\", \"object\": \"ID: 33\"}}]',34,75),
+(4735,'2022-05-17 23:48:01','549','ID: 549 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,75),
+(4736,'2022-05-17 23:49:06','530','ID: 530 (band gap (fundamental))',3,'',34,75),
+(4737,'2022-05-17 23:49:27','531','ID: 531 (band gap (fundamental))',3,'',34,75),
+(4738,'2022-05-17 23:49:46','534','ID: 534 (band gap (fundamental))',3,'',34,75),
+(4739,'2022-05-17 23:50:06','544','ID: 544 (band gap (fundamental))',3,'',34,75),
+(4740,'2022-05-17 23:50:54','539','ID: 539 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,75),
+(4741,'2022-05-17 23:52:24','546','ID: 546 (band gap (optical, diffuse reflectance))',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"The band gap is indirect\"}}]',34,75),
+(4742,'2022-05-18 00:02:04','517','ID: 517 (atomic structure)',3,'',34,75),
+(4743,'2022-05-18 00:08:05','518','ID: 518 (atomic structure)',3,'',34,75),
+(4744,'2022-05-18 00:14:33','519','ID: 519 (atomic structure)',3,'',34,75),
+(4745,'2022-05-18 00:17:58','61','2019 -  J. Hu, I. Oswald, S. Stuard, M. Nahid, N. Zhou, O. Williams, Z. Guo, L. Yan, H. Hu, Z. Chen, X. Xiao, Y. Lin, Z. Yang, J. Huang, A. Moran, H. Ade, J. Neilson, W. You, Nature Communications 10 ',2,'[{\"changed\": {\"fields\": [\"Journal\"]}}]',3,75),
+(4746,'2022-05-18 00:51:44','2005','ID: 2005 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1351\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}]',34,75),
+(4747,'2022-05-18 00:54:53','2005','ID: 2005 (atomic structure)',3,'',34,75),
+(4748,'2022-05-18 00:57:59','2008','ID: 2008 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1461\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1161\"}}]',34,75),
+(4749,'2022-05-18 01:00:16','2007','ID: 2007 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1353\", \"fields\": [\"Product\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1460\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1162\"}}]',34,75),
+(4750,'2022-05-18 01:02:25','2006','ID: 2006 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1352\", \"fields\": [\"Starting materials\", \"Product\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1459\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1163\"}}]',34,75),
+(4751,'2022-05-18 01:03:22','2007','ID: 2007 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1353\", \"fields\": [\"Starting materials\"]}}]',34,75),
+(4752,'2022-05-18 01:04:03','2008','ID: 2008 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1354\", \"fields\": [\"Starting materials\"]}}]',34,75),
+(4753,'2022-05-19 07:17:16','1','Methylammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4754,'2022-05-19 07:23:48','2','Bis(phenylethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4755,'2022-05-19 07:48:46','3','5,5‘‘‘-bis(aminoethyl)-2,2‘:5‘,2‘‘:5‘‘,2‘‘‘-quaterthiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4756,'2022-05-19 07:52:04','4','Bis(2-anthrylmethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4757,'2022-05-19 07:56:19','5','CaTiO3',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4758,'2022-05-19 08:03:43','6','Bis(2-(2-naphthyl)ethanammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4759,'2022-05-19 08:04:13','7','Bis(1-(2-naphthyl)methanammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4760,'2022-05-19 13:12:12','8','Bis(Phenylmethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4761,'2022-05-19 13:12:45','8','Bis(Phenylmethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4762,'2022-05-19 13:13:29','9','Bis(phenylethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4763,'2022-05-19 13:14:22','10','Bis(2-(2-naphtyl)ethanammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4764,'2022-05-19 13:15:06','11','Bis(phenylethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4765,'2022-05-19 13:15:32','11','Bis(phenylethylammonium) lead bromide',2,'[]',2,84),
+(4766,'2022-05-19 13:16:11','12','Bis(phenylmethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4767,'2022-05-19 13:16:42','13','Bis(phenylmethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4768,'2022-05-19 13:17:28','14','Bis(2-naphtylmethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4769,'2022-05-19 13:45:52','15','Bis(Butylammonium) germanium iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4770,'2022-05-19 13:46:26','16','Bis(Butylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4771,'2022-05-19 13:47:13','17','Bis(Butylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4772,'2022-05-19 13:47:31','16','Bis(Butylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4773,'2022-05-19 13:48:14','18','Bis(aminoethyl)-thiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4774,'2022-05-19 13:48:40','19','Bis(aminoethyl)-bithiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4775,'2022-05-19 13:49:06','15','Bis(Butylammonium) germanium iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4776,'2022-05-19 14:12:02','20','Bis(aminoethyl)-terthiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4777,'2022-05-19 14:16:25','5','CaTiO3',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4778,'2022-05-19 16:10:31','520','ID: 520 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 250\", \"fields\": [\"Starting materials\", \"Product\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 246\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1164\"}}]',34,75),
+(4779,'2022-05-19 16:14:13','521','ID: 521 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 251\", \"fields\": [\"Starting materials\", \"Product\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 247\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1165\"}}]',34,75),
+(4780,'2022-05-19 16:16:24','1844','ID: 1844 (atomic structure)',3,'',34,75),
+(4781,'2022-05-19 16:16:39','1845','ID: 1845 (atomic structure)',3,'',34,75),
+(4782,'2022-05-19 16:23:22','1846','ID: 1846 (absorption spectrum)',2,'[{\"added\": {\"name\": \"note\", \"object\": \"ID: 34\"}}]',34,75),
+(4783,'2022-05-19 16:24:40','1846','ID: 1846 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',34,75),
+(4784,'2022-05-19 16:25:04','1846','ID: 1846 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(4785,'2022-05-19 16:52:26','526','ID: 526 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 241\", \"fields\": [\"Product\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 240\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1166\"}}]',34,75),
+(4786,'2022-05-19 16:54:18','526','ID: 526 (atomic structure)',2,'[]',34,75),
+(4787,'2022-05-19 16:59:40','529','ID: 529 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 244\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"comment\", \"object\": \"If left in the solution for 10-14 days, \\u03b1-(DMEN)PbBr4 (colorless rhombic shaped crystal) will be obtained.\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 242\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1167\"}}]',34,75),
+(4788,'2022-05-19 17:04:37','529','ID: 529 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,75),
+(4789,'2022-05-19 17:06:56','526','ID: 526 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 241\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 240\", \"fields\": [\"Description\"]}}]',34,75),
+(4790,'2022-05-19 17:09:11','526','ID: 526 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 241\", \"fields\": [\"Starting materials\", \"Description\"]}}]',34,75),
+(4791,'2022-05-19 17:10:10','526','ID: 526 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 241\", \"fields\": [\"Description\"]}}]',34,75),
+(4792,'2022-05-19 17:16:35','529','ID: 529 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 244\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"comment\", \"object\": \"If left in the solution for 10-14 days, \\u03b1-(DMEN)PbBr4 (colorless rhombic shaped crystal) will be obtained.\", \"fields\": [\"Text\"]}}]',34,75),
+(4793,'2022-05-19 17:25:04','536','ID: 536 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 254\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 250\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1168\"}}]',34,75),
+(4794,'2022-05-19 17:25:45','536','ID: 536 (atomic structure)',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1168\", \"fields\": [\"error\"]}}]',34,75),
+(4795,'2022-05-19 17:28:49','537','ID: 537 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 255\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 252\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1169\"}}]',34,75),
+(4796,'2022-05-19 17:29:36','526','ID: 526 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 240\", \"fields\": [\"Description\"]}}]',34,75),
+(4797,'2022-05-19 17:30:04','529','ID: 529 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 242\", \"fields\": [\"Description\"]}}]',34,75),
+(4798,'2022-05-19 17:30:28','536','ID: 536 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 250\", \"fields\": [\"Description\"]}}]',34,75),
+(4799,'2022-05-19 17:30:46','537','ID: 537 (atomic structure)',2,'[]',34,75),
+(4800,'2022-05-19 17:50:04','564','ID: 564 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 35\"}}]',34,75),
+(4801,'2022-05-19 17:50:55','564','ID: 564 (atomic structure)',2,'[{\"changed\": {\"name\": \"note\", \"object\": \"ID: 35\", \"fields\": [\"Note\"]}}]',34,75),
+(4802,'2022-05-19 17:59:43','556','ID: 556 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 270\", \"fields\": [\"Product\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 260\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1170\"}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 36\"}}]',34,75),
+(4803,'2022-05-19 18:06:46','557','ID: 557 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 271\", \"fields\": [\"Product\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 261\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1171\"}}]',34,75),
+(4804,'2022-05-19 18:11:00','560','ID: 560 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 272\", \"fields\": [\"Product\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 262\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1172\"}}]',34,75),
+(4805,'2022-05-19 18:16:07','564','ID: 564 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 273\", \"fields\": [\"Product\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 263\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1173\"}}, {\"changed\": {\"name\": \"note\", \"object\": \"ID: 35\", \"fields\": [\"Note\"]}}]',34,75),
+(4806,'2022-05-19 18:25:19','87','1-methyl-hexylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,75),
+(4807,'2022-05-19 18:36:39','542','ID: 542 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1355\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1462\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1174\"}}]',34,75),
+(4808,'2022-05-19 18:37:18','542','ID: 542 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,75),
+(4809,'2022-05-19 18:42:42','17','Powder X-ray diffraction',2,'[{\"changed\": {\"fields\": [\"Name\"]}}]',29,75),
+(4810,'2022-05-19 18:49:59','553','ID: 553 (Powder X-ray diffraction)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property label\", \"Doi\", \"Space group\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1356\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1463\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1175\"}}]',34,75),
+(4811,'2022-05-19 18:55:53','561','ID: 561 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Representative\", \"Doi\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 37\"}}]',34,75),
+(4812,'2022-05-19 19:16:49','1523','ID: 1523 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 916\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1026\", \"fields\": [\"Description\"]}}]',34,75),
+(4813,'2022-05-19 19:17:22','1523','ID: 1523 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,75),
+(4814,'2022-05-19 19:20:04','1524','ID: 1524 (Infrared absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Sample type\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 917\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1176\"}}]',34,75),
+(4815,'2022-05-19 19:20:24','1523','ID: 1523 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(4816,'2022-05-19 19:21:12','1524','ID: 1524 (Infrared absorption spectrum)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1027\", \"fields\": [\"Description\"]}}]',34,75),
+(4817,'2022-05-20 08:29:11','21','5,5‘‘‘-bis(aminoethyl)-2,2‘:5‘,2‘‘:5‘‘,2‘‘‘-quaterthiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4818,'2022-05-20 08:33:33','22','5,5\'\'\'-bis(aminoethyl)-2,2\':5\',2\'\':5\'\',2\'\'\'-quaterthiophene lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4819,'2022-05-20 08:41:43','23','Bis(aminoethyl)-quinquethiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4820,'2022-05-20 08:45:04','24','Methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4821,'2022-05-20 08:46:50','25','Anthracenidemethylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4822,'2022-05-20 08:47:25','26','Anthracenidemethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4823,'2022-05-20 08:49:12','27','Bis(1-(2-naphthyl)methanammonium)',2,'[{\"changed\": {\"fields\": [\"Group\", \"Iupac\"]}}]',2,84),
+(4824,'2022-05-20 08:50:14','28','Bis(1-tetracenemethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4825,'2022-05-20 08:50:47','29','Bis(1-tetracenemethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4826,'2022-05-20 08:57:24','30','Bis(aminoethyl)-thiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4827,'2022-05-20 08:57:51','31','Bis(aminoethyl)-thiophene lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4828,'2022-05-20 09:01:18','32','Bis(aminoethyl)-bithiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4829,'2022-05-20 09:02:12','33','Bis(aminoethyl)-bithiophene lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4830,'2022-05-20 09:02:57','34','Bis(aminoethyl)-terthiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4831,'2022-05-20 09:03:31','35','Bis(aminoethyl)-terthiophene lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4832,'2022-05-20 09:04:14','36','Bis(aminoethyl)-quinquethiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4833,'2022-05-20 09:05:58','37','Bis(aminoethyl)-quinquethiophene lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4834,'2022-05-20 09:13:46','38','CsPbI3',2,'[{\"changed\": {\"fields\": [\"Group\", \"Iupac\"]}}]',2,84),
+(4835,'2022-05-20 09:55:16','39','Formamidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\", \"Iupac\"]}}]',2,84),
+(4836,'2022-05-20 09:56:17','40','Methylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4837,'2022-05-20 10:01:12','41','Formamidinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Iupac\"]}}]',2,84),
+(4838,'2022-05-20 10:02:15','42','Methylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4839,'2022-05-20 10:03:09','44','Formamidinium tin iodide',2,'[{\"changed\": {\"fields\": [\"Group\", \"Iupac\"]}}]',2,84),
+(4840,'2022-05-20 18:58:39','1525','ID: 1525 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\", \"Sample type\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 918\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"added\": {\"name\": \"comment\", \"object\": \"It is not clear exactly how the film was fabricated. It is likely that the THF solution was deposited on substrate to obtain the films.\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1028\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1177\"}}]',34,75),
+(4841,'2022-05-20 19:06:55','1526','ID: 1526 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Primary property label\", \"Sample type\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 919\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"added\": {\"name\": \"comment\", \"object\": \"It is not clear exactly how the film was fabricated. It is likely that the THF solution was deposited on substrate to obtain the films.\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1178\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1179\"}}]',34,75),
+(4842,'2022-05-20 19:11:45','1527','ID: 1527 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Sample type\", \"Space group\", \"Linked to\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 920\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"added\": {\"name\": \"comment\", \"object\": \"It is not clear exactly how the film was fabricated. It is likely that the THF solution was deposited on substrates to obtain the films.\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1180\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1181\"}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 38\"}}]',34,75),
+(4843,'2022-05-20 19:17:08','522','ID: 522 (atomic structure)',2,'[{\"added\": {\"name\": \"note\", \"object\": \"ID: 39\"}}]',34,75),
+(4844,'2022-05-20 19:24:30','525','ID: 525 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 240\", \"fields\": [\"Starting materials\"]}}]',34,75),
+(4845,'2022-05-21 21:45:15','90','N,N′-dimethylethylene diaminium tin bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,75),
+(4846,'2022-05-21 21:55:19','525','ID: 525 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 240\", \"fields\": [\"Product\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 249\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1182\"}}]',34,75),
+(4847,'2022-05-21 21:58:38','525','ID: 525 (atomic structure)',2,'[{\"added\": {\"name\": \"note\", \"object\": \"ID: 40\"}}]',34,75),
+(4848,'2022-05-21 22:00:07','1062','ID: 1062 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,75),
+(4849,'2022-05-21 22:22:57','533','ID: 533 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 253\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 368\", \"fields\": [\"Physical property\", \"Value\", \"error\", \"Unit\"]}}]',34,75),
+(4850,'2022-05-21 22:23:40','533','ID: 533 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,75),
+(4851,'2022-05-21 22:33:04','540','ID: 540 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 258\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 369\", \"fields\": [\"Physical property\", \"Value\", \"error\", \"Unit\"]}}]',34,75),
+(4852,'2022-05-21 22:41:45','595','ID: 595 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property label\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 296\", \"fields\": [\"Starting materials\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 41\"}}]',34,75),
+(4853,'2022-05-21 22:43:20','596','ID: 596 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 42\"}}]',34,75),
+(4854,'2022-05-21 22:43:38','596','ID: 596 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Visible\", \"Representative\"]}}]',34,75),
+(4855,'2022-05-21 22:43:56','595','ID: 595 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Visible\", \"Representative\"]}}]',34,75),
+(4856,'2022-05-21 23:13:59','532','ID: 532 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 252\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1464\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1183\"}}]',34,75),
+(4857,'2022-05-21 23:23:31','548','ID: 548 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 265\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1465\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1184\"}}]',34,75),
+(4858,'2022-05-22 00:05:15','551','ID: 551 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 267\", \"fields\": [\"Product\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1185\"}}]',34,75),
+(4859,'2022-05-22 22:52:33','541','ID: 541 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 259\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 254\", \"fields\": [\"Method\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"ccdc_1585354\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1186\"}}]',34,75),
+(4860,'2022-05-22 22:56:53','541','ID: 541 (atomic structure)',2,'[{\"added\": {\"name\": \"note\", \"object\": \"ID: 43\"}}]',34,75),
+(4861,'2022-05-22 23:00:18','2009','ID: 2009 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2269 (133 data points)\", \"fields\": [\"Crystal system\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1187\"}}]',34,75),
+(4862,'2022-05-22 23:10:11','918','ID: 918 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,75),
+(4863,'2022-05-22 23:12:48','919','ID: 919 (exciton binding energy)',2,'[]',34,75),
+(4864,'2022-05-22 23:13:48','920','ID: 920 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,75),
+(4865,'2022-05-22 23:14:33','921','ID: 921 (exciton binding energy)',2,'[]',34,75),
+(4866,'2022-05-22 23:25:08','926','ID: 926 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,75),
+(4867,'2022-05-22 23:26:22','927','ID: 927 (band gap (optical, theory))',2,'[]',34,75),
+(4868,'2022-05-22 23:27:15','928','ID: 928 (exciton binding energy)',2,'[]',34,75),
+(4869,'2022-05-22 23:28:03','930','ID: 930 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,75),
+(4870,'2022-05-22 23:28:46','932','ID: 932 (exciton binding energy)',2,'[]',34,75),
+(4871,'2022-05-22 23:32:30','936','ID: 936 (band gap (optical, theory))',2,'[]',34,75),
+(4872,'2022-05-22 23:35:32','924','ID: 924 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}]',34,75),
+(4873,'2022-05-22 23:36:53','929','ID: 929 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}]',34,75),
+(4874,'2022-05-22 23:38:10','934','ID: 934 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}]',34,75),
+(4875,'2022-05-22 23:40:36','931','ID: 931 (band gap (optical, theory))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,75),
+(4876,'2022-05-22 23:41:37','937','ID: 937 (band gap (optical, theory))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,75),
+(4877,'2022-05-22 23:42:33','931','ID: 931 (band gap (optical, theory))',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,75),
+(4878,'2022-05-22 23:43:11','937','ID: 937 (band gap (optical, theory))',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,75),
+(4879,'2022-05-23 00:09:00','552','ID: 552 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 268\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 257\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1188\"}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 44\"}}]',34,75),
+(4880,'2022-05-23 00:13:27','2010','ID: 2010 (atomic structure)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1189\"}}]',34,75),
+(4881,'2022-05-23 00:13:52','2010','ID: 2010 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,75),
+(4882,'2022-05-23 00:24:19','555','ID: 555 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 269\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 259\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1190\"}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 45\"}}]',34,75),
+(4883,'2022-05-23 00:28:05','2011','ID: 2011 (atomic structure)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1191\"}}]',34,75),
+(4884,'2022-05-23 00:28:42','2010','ID: 2010 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1467\", \"fields\": [\"Method\"]}}]',34,75),
+(4885,'2022-05-23 00:29:09','2011','ID: 2011 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,75),
+(4886,'2022-05-26 14:44:45','595','ID: 595 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,75),
+(4887,'2022-05-29 16:48:23','601','ID: 601 (atomic structure)',2,'[{\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 46\"}}]',34,75),
+(4888,'2022-05-29 16:50:57','601','ID: 601 (atomic structure)',2,'[{\"changed\": {\"name\": \"note\", \"object\": \"ID: 46\", \"fields\": [\"Note\"]}}]',34,75),
+(4889,'2022-05-29 16:52:12','601','ID: 601 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"changed\": {\"name\": \"note\", \"object\": \"ID: 46\", \"fields\": [\"Note\"]}}]',34,75),
+(4890,'2022-05-29 17:24:04','602','ID: 602 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 47\"}}]',34,75),
+(4891,'2022-05-29 18:39:08','604','ID: 604 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Linked to\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 305\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Taken from: Peng, Wei, et al. \\\"Ultralow self-doping in two-dimensional hybrid perovskite single crystals.\\\" Nano letters 17.8 (2017): 4759-4767.\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 295\", \"fields\": [\"Method\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Paper Referenced :  Peng, Wei, et al. \\\"Ultralow self-doping in two-dimensional hybrid perovskite single crystals.\\\" Nano letters 17.8 (2017): 4759-4767.\"}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1192\"}}]',34,75),
+(4892,'2022-05-29 18:39:32','2012','ID: 2012 (photoluminescence)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1193\"}}]',34,75),
+(4893,'2022-05-29 18:40:15','604','ID: 604 (photoluminescence peak position)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 755 (1 data points)\", \"fields\": [\"Crystal system\"]}}]',34,75),
+(4894,'2022-05-29 19:00:16','607','ID: 607 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Visible\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 307\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Taken from: Peng, Wei, et al. \\\"Ultralow self-doping in two-dimensional hybrid perovskite single crystals.\\\" Nano letters 17.8 (2017): 4759-4767.\"}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 48\"}}]',34,75),
+(4895,'2022-05-29 19:24:50','608','ID: 608 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 49\"}}]',34,75),
+(4896,'2022-05-29 19:25:46','2013','ID: 2013 (photoluminescence)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1194\"}}]',34,75),
+(4897,'2022-05-29 19:31:27','1639','ID: 1639 (atomic structure)',2,'[{\"added\": {\"name\": \"note\", \"object\": \"ID: 50\"}}]',34,75),
+(4898,'2022-05-29 19:35:25','1640','ID: 1640 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 990\", \"fields\": [\"Product\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1873 (103 data points)\", \"fields\": [\"Crystal system\"]}}, {\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 51\"}}]',34,75),
+(4899,'2022-05-29 19:37:08','2012','ID: 2012 (photoluminescence)',2,'[]',34,75),
+(4900,'2022-05-29 19:37:36','2013','ID: 2013 (photoluminescence)',2,'[]',34,75),
+(4901,'2022-05-29 19:39:15','2012','ID: 2012 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Is figure\"]}}]',34,75),
+(4902,'2022-05-29 19:39:35','2012','ID: 2012 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Is figure\"]}}]',34,75),
+(4903,'2022-05-29 20:02:47','80','2016 -  T. Huan, V. Tuoc, N. Minh, PHYSICAL REVIEW B 93 , 094105-1 \"Layered structures of organic/inorganic hybrid halide perovskites\"',2,'[{\"changed\": {\"fields\": [\"Doi isbn\"]}}]',3,75),
+(4904,'2022-05-29 20:12:34','563','ID: 563 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"added\": {\"name\": \"computational details\", \"object\": \"ID: 364\"}}]',34,75),
+(4905,'2022-05-29 20:52:22','570','ID: 570 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 274\", \"fields\": [\"Starting materials\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 52\"}}]',34,75),
+(4906,'2022-05-29 20:56:56','571','ID: 571 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Visible\", \"Representative\", \"Space group\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 53\"}}]',34,75),
+(4907,'2022-05-29 20:59:47','2014','ID: 2014 (atomic structure)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1195\"}}]',34,75),
+(4908,'2022-05-29 21:00:18','2014','ID: 2014 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,75),
+(4909,'2022-05-29 21:01:18','571','ID: 571 (atomic structure)',2,'[{\"changed\": {\"name\": \"note\", \"object\": \"ID: 53\", \"fields\": [\"Note\"]}}]',34,75),
+(4910,'2022-05-29 21:01:39','2013','ID: 2013 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,75),
+(4911,'2022-05-29 21:01:51','2012','ID: 2012 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,75),
+(4912,'2022-05-29 21:12:22','562','ID: 562 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,75),
+(4913,'2022-05-29 21:12:45','565','ID: 565 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,75),
+(4914,'2022-05-29 21:19:38','522','ID: 522 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,75),
+(4915,'2022-05-29 21:19:48','522','ID: 522 (atomic structure)',2,'[{\"deleted\": {\"name\": \"note\", \"object\": \"ID: None\"}}]',34,75),
+(4916,'2022-06-01 12:43:56','47','N-methylethane-1,2-diammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4917,'2022-06-01 12:44:56','48','N-methylpropane-1,3-diammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\", \"Iupac\"]}}]',2,84),
+(4918,'2022-06-01 12:51:17','49','2,2′(ethylenedioxy)bis(ethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4919,'2022-06-01 13:02:45','50','2,2′(ethylenedioxy)bis(ethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4920,'2022-06-01 13:05:16','51','2,2′(ethylenedioxy)bis(ethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4921,'2022-06-01 13:06:18','53','5,5‘ ‘‘-bis(aminoethyl)-2,2‘:5‘,2‘ ‘:5‘ ‘,2‘ ‘‘-quaterthiophene antimony iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4922,'2022-06-01 13:07:56','54','5,5‘ ‘‘-bis(aminoethyl)-2,2‘:5‘,2‘ ‘:5‘ ‘,2‘ ‘‘-quaterthiophene bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4923,'2022-06-01 13:13:47','57','tetra(N,N′-dimethylethylene-1,2-diammonium bromide) tin bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4924,'2022-06-01 13:16:56','59','Bis(1-butyl-1-methylpyrrolidinium) antimony chloride',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4925,'2022-06-01 13:19:06','60','Bis(hexylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4926,'2022-06-01 13:20:15','61','Bis(dodecylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\", \"Iupac\"]}}]',2,84),
+(4927,'2022-06-01 13:20:55','63','2-methyl-1,5-pentanediamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4928,'2022-06-01 13:21:30','64','Bis(butylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4929,'2022-06-01 13:21:58','65','1,8-octyldiammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4930,'2022-06-01 13:24:55','66','bis(4-aminobutonic acid) lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4931,'2022-06-01 13:25:23','67','3-(2-ammonioethyl)anilinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4932,'2022-06-01 13:25:52','68','1,4-butyldiammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4933,'2022-06-01 13:26:23','69','Histammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4934,'2022-06-02 04:34:52','1639','ID: 1639 (atomic structure)',2,'[{\"changed\": {\"name\": \"note\", \"object\": \"ID: 50\", \"fields\": [\"Note\"]}}]',34,35),
+(4935,'2022-06-02 04:35:38','1640','ID: 1640 (atomic structure)',2,'[{\"changed\": {\"name\": \"note\", \"object\": \"ID: 51\", \"fields\": [\"Note\"]}}]',34,35),
+(4936,'2022-06-02 07:00:51','71','4-(aminomethyl)piperidine lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4937,'2022-06-02 07:04:21','72','1-ethylpiperazine lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4938,'2022-06-02 07:05:42','74','Homopiperazine lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4939,'2022-06-02 07:07:07','75','Hexamethylenimine lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4940,'2022-06-02 07:07:40','76','Heptamethylenimine lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4941,'2022-06-02 07:08:27','79','Formamidinium germanium iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4942,'2022-06-02 07:09:03','80','4-fluorophenethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4943,'2022-06-02 07:09:39','82','3-fluorophenethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4944,'2022-06-02 07:10:20','83','2-fluorophenethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4945,'2022-06-02 07:11:53','84','Phenethylammonium perfluorophenethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4946,'2022-06-02 07:12:39','85','Bis(perfluorophenethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4947,'2022-06-02 07:13:40','86','2-dimethylamino-1-ethylamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4948,'2022-06-02 07:15:05','87','1-methyl-hexylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4949,'2022-06-02 07:19:52','89','AzoEA2PbI4',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4950,'2022-06-02 07:20:21','90','N,N′-dimethylethylene diaminium tin bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4951,'2022-06-02 07:20:53','91','3-(aminomethyl)piperidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4952,'2022-06-02 07:23:50','93','Bis(tropylium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4953,'2022-06-02 07:24:26','57','tetra(N,N′-dimethylethylene-1,2-diammonium bromide) tin bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4954,'2022-06-02 07:26:02','59','Bis(1-butyl-1-methylpyrrolidinium) antimony chloride',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4955,'2022-06-02 07:28:01','94','Acetamidinium Germanium Iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4956,'2022-06-02 07:29:11','95','Guanidinium Germanium Iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4957,'2022-06-02 07:30:04','96','Tropylium Lead Iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4958,'2022-06-02 07:30:39','97','3-(dimethylamino)-1-propylamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4959,'2022-06-02 07:36:34','99','4-dimethylaminobutylamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4960,'2022-06-02 07:37:57','100','N-(3-aminopropyl)imidazole lead chloride',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4961,'2022-06-02 07:39:26','102','N, N′-dimethylethylenediamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4962,'2022-06-02 07:40:29','105','Tris(methylammonium) Germanium Iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4963,'2022-06-02 07:41:05','106','Isopropylammonium Germanium Iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4964,'2022-06-02 07:41:36','107','N,N-dimethylphenylene-p-diammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4965,'2022-06-02 07:41:53','108','N,N-dimethylphenylene-p-diammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4966,'2022-06-02 07:42:24','109','Bis(2-ethyl-hexylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4967,'2022-06-02 07:42:57','110','bis(2-phenethylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4968,'2022-06-02 07:43:05','110','bis(2-phenethylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4969,'2022-06-02 07:43:21','110','bis(2-phenethylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4970,'2022-06-02 07:43:56','111','bis(sec-butylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4971,'2022-06-02 07:45:53','113','ammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4972,'2022-06-02 07:46:27','114','bis(1-methyl-butylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4973,'2022-06-02 07:47:05','115','MeTz-PhMA2PbI4',2,'[{\"changed\": {\"fields\": [\"Group\", \"Iupac\"]}}]',2,84),
+(4974,'2022-06-02 07:47:41','116','MeTz-PhMA2PbBr4',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(4975,'2022-06-02 07:52:48','119','N, N′-dimethylethylenediamine lead chloride',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4976,'2022-06-02 07:54:18','120','tetrakis(N,N′-dimethylethylene-1,2-diammonium-bromo) tin bromide iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4977,'2022-06-02 07:55:13','121','1,4-phenyldiammonium lead iodide dihydrate',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4978,'2022-06-02 07:55:37','122','bis­(3,5-dimethyl­anilinium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4979,'2022-06-02 07:57:29','123','Diiodoformamidinium bis(methylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4980,'2022-06-02 07:58:25','124','Diiodoformamidinium tris(methylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(4981,'2022-06-02 13:38:28','1','ID: 1',1,'[{\"added\": {}}]',48,66),
+(4982,'2022-06-02 13:38:38','2','ID: 2',1,'[{\"added\": {}}]',48,66),
+(4983,'2022-06-02 13:38:42','3','ID: 3',1,'[{\"added\": {}}]',48,66),
+(4984,'2022-06-02 13:39:01','4','ID: 4',1,'[{\"added\": {}}]',48,66),
+(4985,'2022-06-02 13:39:18','5','ID: 5',1,'[{\"added\": {}}]',48,66),
+(4986,'2022-06-02 13:39:24','6','ID: 6',1,'[{\"added\": {}}]',48,66),
+(4987,'2022-06-02 13:39:28','7','ID: 7',1,'[{\"added\": {}}]',48,66),
+(4988,'2022-06-02 13:39:32','8','ID: 8',1,'[{\"added\": {}}]',48,66),
+(4989,'2022-06-02 13:39:44','9','ID: 9',1,'[{\"added\": {}}]',48,66),
+(4990,'2022-06-02 13:39:53','10','ID: 10',1,'[{\"added\": {}}]',48,66),
+(4991,'2022-06-02 13:40:05','11','ID: 11',1,'[{\"added\": {}}]',48,66),
+(4992,'2022-06-02 13:40:16','12','ID: 12',1,'[{\"added\": {}}]',48,66),
+(4993,'2022-06-02 13:40:26','13','ID: 13',1,'[{\"added\": {}}]',48,66),
+(4994,'2022-06-02 13:40:33','14','ID: 14',1,'[{\"added\": {}}]',48,66),
+(4995,'2022-06-02 13:40:45','15','ID: 15',1,'[{\"added\": {}}]',48,66),
+(4996,'2022-06-02 13:40:55','16','ID: 16',1,'[{\"added\": {}}]',48,66),
+(4997,'2022-06-02 13:41:25','17','ID: 17',1,'[{\"added\": {}}]',48,66),
+(4998,'2022-06-02 13:41:56','18','ID: 18',1,'[{\"added\": {}}]',48,66),
+(4999,'2022-06-02 13:42:10','19','ID: 19',1,'[{\"added\": {}}]',48,66),
+(5000,'2022-06-02 13:42:19','20','ID: 20',1,'[{\"added\": {}}]',48,66),
+(5001,'2022-06-02 13:42:23','21','ID: 21',1,'[{\"added\": {}}]',48,66),
+(5002,'2022-06-02 13:42:28','22','ID: 22',1,'[{\"added\": {}}]',48,66),
+(5003,'2022-06-02 13:42:38','23','ID: 23',1,'[{\"added\": {}}]',48,66),
+(5004,'2022-06-02 13:42:45','24','ID: 24',1,'[{\"added\": {}}]',48,66),
+(5005,'2022-06-02 13:42:52','25','ID: 25',1,'[{\"added\": {}}]',48,66),
+(5006,'2022-06-02 13:42:59','26','ID: 26',1,'[{\"added\": {}}]',48,66),
+(5007,'2022-06-02 13:43:05','27','ID: 27',1,'[{\"added\": {}}]',48,66),
+(5008,'2022-06-02 13:43:11','28','ID: 28',1,'[{\"added\": {}}]',48,66),
+(5009,'2022-06-02 13:43:23','29','ID: 29',1,'[{\"added\": {}}]',48,66),
+(5010,'2022-06-02 13:43:29','30','ID: 30',1,'[{\"added\": {}}]',48,66),
+(5011,'2022-06-02 13:44:01','31','ID: 31',1,'[{\"added\": {}}]',48,66),
+(5012,'2022-06-02 13:44:11','32','ID: 32',1,'[{\"added\": {}}]',48,66),
+(5013,'2022-06-02 13:45:00','33','ID: 33',1,'[{\"added\": {}}]',48,66),
+(5014,'2022-06-02 13:45:22','34','ID: 34',1,'[{\"added\": {}}]',48,66),
+(5015,'2022-06-02 13:45:29','35','ID: 35',1,'[{\"added\": {}}]',48,66),
+(5016,'2022-06-02 13:45:39','36','ID: 36',1,'[{\"added\": {}}]',48,66),
+(5017,'2022-06-02 13:45:47','37','ID: 37',1,'[{\"added\": {}}]',48,66),
+(5018,'2022-06-02 13:45:54','38','ID: 38',1,'[{\"added\": {}}]',48,66),
+(5019,'2022-06-02 13:46:01','39','ID: 39',1,'[{\"added\": {}}]',48,66),
+(5020,'2022-06-02 13:46:12','40','ID: 40',1,'[{\"added\": {}}]',48,66),
+(5021,'2022-06-02 13:46:19','41','ID: 41',1,'[{\"added\": {}}]',48,66),
+(5022,'2022-06-02 13:46:24','42','ID: 42',1,'[{\"added\": {}}]',48,66),
+(5023,'2022-06-02 13:46:31','43','ID: 43',1,'[{\"added\": {}}]',48,66),
+(5024,'2022-06-02 13:46:44','44','ID: 44',1,'[{\"added\": {}}]',48,66),
+(5025,'2022-06-02 13:46:49','45','ID: 45',1,'[{\"added\": {}}]',48,66),
+(5026,'2022-06-02 13:46:58','46','ID: 46',1,'[{\"added\": {}}]',48,66),
+(5027,'2022-06-02 13:47:02','47','ID: 47',1,'[{\"added\": {}}]',48,66),
+(5028,'2022-06-02 13:47:06','48','ID: 48',1,'[{\"added\": {}}]',48,66),
+(5029,'2022-06-02 13:47:14','49','ID: 49',1,'[{\"added\": {}}]',48,66),
+(5030,'2022-06-02 13:47:24','50','ID: 50',1,'[{\"added\": {}}]',48,66),
+(5031,'2022-06-02 13:47:28','51','ID: 51',1,'[{\"added\": {}}]',48,66),
+(5032,'2022-06-02 13:47:36','52','ID: 52',1,'[{\"added\": {}}]',48,66),
+(5033,'2022-06-02 13:47:40','53','ID: 53',1,'[{\"added\": {}}]',48,66),
+(5034,'2022-06-02 13:47:45','54','ID: 54',1,'[{\"added\": {}}]',48,66),
+(5035,'2022-06-02 13:47:53','55','ID: 55',1,'[{\"added\": {}}]',48,66),
+(5036,'2022-06-02 13:48:00','56','ID: 56',1,'[{\"added\": {}}]',48,66),
+(5037,'2022-06-02 13:48:08','57','ID: 57',1,'[{\"added\": {}}]',48,66),
+(5038,'2022-06-02 13:48:14','58','ID: 58',1,'[{\"added\": {}}]',48,66),
+(5039,'2022-06-02 13:48:21','59','ID: 59',1,'[{\"added\": {}}]',48,66),
+(5040,'2022-06-02 13:48:27','60','ID: 60',1,'[{\"added\": {}}]',48,66),
+(5041,'2022-06-02 13:48:32','61','ID: 61',1,'[{\"added\": {}}]',48,66),
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+(5176,'2022-06-07 19:04:32','642','ID: 642 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,75),
+(5177,'2022-06-07 19:05:31','641','ID: 641 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,75),
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+(5208,'2022-06-07 21:01:06','1216','ID: 1216 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 728\", \"fields\": [\"Product\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 741\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 674\", \"fields\": [\"Value\"]}}]',34,75),
+(5209,'2022-06-07 21:04:02','1217','ID: 1217 (band gap (fundamental))',2,'[{\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}]',34,75),
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+(5212,'2022-06-07 21:05:39','1220','ID: 1220 (band gap (fundamental))',2,'[{\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}]',34,75),
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+(5214,'2022-06-07 21:06:38','1222','ID: 1222 (band gap (fundamental))',2,'[{\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}]',34,75),
+(5215,'2022-06-07 21:06:59','1223','ID: 1223 (band gap (fundamental))',2,'[{\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}]',34,75),
+(5216,'2022-06-07 21:07:21','1224','ID: 1224 (band gap (fundamental))',2,'[{\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}]',34,75),
+(5217,'2022-06-07 21:12:39','1227','ID: 1227 (resistivity)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 752\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 61\"}}]',34,75),
+(5218,'2022-06-07 21:12:57','1229','ID: 1229 (resistivity)',2,'[{\"added\": {\"name\": \"note\", \"object\": \"ID: 62\"}}]',34,75),
+(5219,'2022-06-07 21:13:15','1230','ID: 1230 (resistivity)',2,'[{\"added\": {\"name\": \"note\", \"object\": \"ID: 63\"}}]',34,75),
+(5220,'2022-06-07 21:13:31','1231','ID: 1231 (resistivity)',2,'[{\"added\": {\"name\": \"note\", \"object\": \"ID: 64\"}}]',34,75),
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+(5226,'2022-06-07 21:17:35','1238','ID: 1238 (activation energy for electrical conduction)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 763\", \"fields\": [\"Method\"]}}]',34,75),
+(5227,'2022-06-07 21:17:49','1239','ID: 1239 (activation energy for electrical conduction)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 764\", \"fields\": [\"Method\"]}}]',34,75),
+(5228,'2022-06-07 21:18:05','1240','ID: 1240 (activation energy for electrical conduction)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 765\", \"fields\": [\"Method\"]}}]',34,75),
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+(5230,'2022-06-07 21:18:33','1242','ID: 1242 (activation energy for electrical conduction)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 767\", \"fields\": [\"Method\"]}}]',34,75),
+(5231,'2022-06-07 21:18:48','1243','ID: 1243 (activation energy for electrical conduction)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 768\", \"fields\": [\"Method\"]}}]',34,75),
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+(5234,'2022-06-08 12:37:10','130','bis(1-tetradecylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(5235,'2022-06-08 12:37:36','131','bis(1-hexadecylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(5236,'2022-06-08 12:37:59','132','bis(1-octadecylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
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+(5238,'2022-06-08 12:40:57','134','Tris(iodoformamidinium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(5239,'2022-06-08 12:45:07','135','Bis(propane-1,2-diammonium) lead iodide trihydrate',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(5240,'2022-06-08 12:48:15','136','Bis­(tert-butyl­ammonium) lead iodide dihydrate',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
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+(5242,'2022-06-08 12:50:17','140','2-fluoro-2-phenethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
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+(5244,'2022-06-08 12:52:29','142','4-fluoro-2-phenethylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
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+(5253,'2022-06-08 13:34:44','161','butylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(5254,'2022-06-08 13:38:19','164','2-hydroxyethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
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+(5523,'2022-06-12 15:20:02','708','ID: 708 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property\", \"Primary property label\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 389\", \"fields\": [\"Starting materials\", \"Product\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1512\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1282\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1283\"}}]',34,75),
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+(5527,'2022-06-12 15:41:56','122','2019 -  X. Chang et  al., Advanced Functional Materials 29 , 1903528-1 \"Layered Germanium Hybrid Perovskite Bromides: Insights from Experiments and First‐Principles Calculations\"',2,'[{\"changed\": {\"fields\": [\"Doi isbn\"]}}]',3,75),
+(5528,'2022-06-12 15:42:00','712','ID: 712 (band gap (fundamental))',2,'[]',34,75),
+(5529,'2022-06-12 15:42:27','123','2018 -  R. Rahul, P. K. Singh, R. Singh, V. Singh, B. Battacharya, Z. H. Khan, Materials Research Bulletin 97 , 572 \"New class of lead free perovskite material for low-cost solar cell application\"',2,'[{\"changed\": {\"fields\": [\"Doi isbn\"]}}]',3,75),
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+(5531,'2022-06-12 16:01:30','713','ID: 713 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,75),
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+(5534,'2022-06-12 16:40:43','715','ID: 715 (band gap (optical, transmission))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 396\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1515\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1288\"}}]',34,75),
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+(5551,'2022-06-12 18:29:45','201','1,8-octyldiammonium tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"N\"]}}]',2,75),
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+(5558,'2022-06-12 18:45:44','203','1,9-nonyldiammonium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"N\"]}}]',2,75),
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+(5563,'2022-06-12 20:33:47','269','2017 -  K. Boopathi, P. Karuppuswamy, A. Singh, C. Hanmandlu, L. Lin, C. Chang, S. Abbas, P. Wang, G. Li, C. Chu, Journal of Materials Chemistry A 5 , 20843 \"Solution-processable antimony-based light-',2,'[{\"changed\": {\"fields\": [\"Doi isbn\"]}}]',3,75),
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+(5574,'2022-06-12 21:02:46','133','2019 -  X. Li, W. Ke, B. Traoré, P. Guo, I. Hadar, M. Kepenekian, J. Even, C. Katan, C.  Stoumpos, R. Schaller, M. Kanatzidis, J. Am. Chem. Soc. 141 , 12880 \"Two-Dimensional Dion − Jacobson Hybrid Lea',2,'[{\"changed\": {\"fields\": [\"Doi isbn\"]}}]',3,75),
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+(5576,'2022-06-12 21:07:48','736','ID: 736 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 417\", \"fields\": [\"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 374\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1303\"}}]',34,75),
+(5577,'2022-06-12 21:08:06','213','4-(aminomethyl)pyridinium methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"N\"]}}]',2,75),
+(5578,'2022-06-12 21:08:10','736','ID: 736 (atomic structure)',2,'[]',34,75),
+(5579,'2022-06-12 21:08:36','214','4-(aminomethyl)pyridinium bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"N\"]}}]',2,75),
+(5580,'2022-06-12 21:09:53','737','ID: 737 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 418\", \"fields\": [\"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 375\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1304\"}}]',34,75),
+(5581,'2022-06-12 21:10:34','215','4-(aminomethyl)pyridinium tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"N\"]}}]',2,75),
+(5582,'2022-06-12 21:11:54','215','4-(aminomethyl)pyridinium tris(methylammonium) lead iodide',2,'[]',2,75),
+(5583,'2022-06-12 21:12:48','738','ID: 738 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 419\", \"fields\": [\"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 376\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1305\"}}]',34,75),
+(5584,'2022-06-12 21:13:43','731','ID: 731 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 412\", \"fields\": [\"Description\"]}}]',34,75),
+(5585,'2022-06-12 21:13:58','732','ID: 732 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 413\", \"fields\": [\"Description\"]}}]',34,75),
+(5586,'2022-06-12 21:14:10','733','ID: 733 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 414\", \"fields\": [\"Description\"]}}]',34,75),
+(5587,'2022-06-12 21:14:25','734','ID: 734 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 415\", \"fields\": [\"Description\"]}}]',34,75),
+(5588,'2022-06-12 21:20:33','1002','ID: 1002 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 546\", \"fields\": [\"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 544\", \"fields\": [\"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"CCDC deposition numbers 607740 and 607741.\"}}]',34,75),
+(5589,'2022-06-12 21:21:05','1002','ID: 1002 (atomic structure)',2,'[{\"added\": {\"name\": \"note\", \"object\": \"ID: 94\"}}]',34,75),
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+(5591,'2022-06-12 21:30:32','1003','ID: 1003 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}]',34,75),
+(5592,'2022-06-12 21:32:56','1005','ID: 1005 (circular dichroism (CD))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 549\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1307\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1308\"}}]',34,75),
+(5593,'2022-06-12 21:35:54','1424','ID: 1424 (Chiral-induced spin Selectivity (CISS))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 838\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1309\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1310\"}}]',34,75),
+(5594,'2022-06-12 21:36:21','1424','ID: 1424 (Chiral-induced spin Selectivity (CISS))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 838\", \"fields\": [\"Starting materials\"]}}]',34,75),
+(5595,'2022-06-12 21:37:44','1425','ID: 1425 (Chiral-induced spin Selectivity (CISS))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 839\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1311\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1312\"}}]',34,75),
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+(5597,'2022-06-12 21:50:02','1046','ID: 1046 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 580\", \"fields\": [\"Product\"]}}]',34,75),
+(5598,'2022-06-12 21:52:45','1047','ID: 1047 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 581\", \"fields\": [\"Product\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1314\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1315\"}}]',34,75),
+(5599,'2022-06-12 21:54:05','1046','ID: 1046 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(5600,'2022-06-12 21:55:12','1048','ID: 1048 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 582\", \"fields\": [\"Product\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1316\"}}]',34,75),
+(5601,'2022-06-12 21:55:30','1047','ID: 1047 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}]',34,75),
+(5602,'2022-06-12 21:57:01','1049','ID: 1049 (band gap (optical, transmission))',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 583\", \"fields\": [\"Product\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1317\"}}]',34,75),
+(5603,'2022-06-12 21:57:12','1049','ID: 1049 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,75),
+(5604,'2022-06-12 21:58:54','1050','ID: 1050 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 584\", \"fields\": [\"Product\"]}}]',34,75),
+(5605,'2022-06-12 21:59:55','1051','ID: 1051 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Primary property label\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 585\", \"fields\": [\"Product\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1318\"}}]',34,75),
+(5606,'2022-06-12 22:01:31','1052','ID: 1052 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\", \"Space group\", \"Linked to\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 586\", \"fields\": [\"Product\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1319\"}}]',34,75),
+(5607,'2022-06-12 22:02:25','1053','ID: 1053 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 587\", \"fields\": [\"Product\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1320\"}}]',34,75),
+(5608,'2022-06-12 22:46:54','1054','ID: 1054 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 588\", \"fields\": [\"Product\"]}}]',34,75),
+(5609,'2022-06-12 22:48:17','1058','ID: 1058 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 592\", \"fields\": [\"Product\"]}}]',34,75),
+(5610,'2022-06-12 22:50:14','1055','ID: 1055 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Primary unit\", \"Primary property label\", \"Secondary unit\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 589\", \"fields\": [\"Product\"]}}, {\"added\": {\"name\": \"comment\", \"object\": \"Selected data: Time = 0.206 ns\"}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 620\", \"fields\": [\"Physical property\", \"Value\", \"Unit\"]}}]',34,75),
+(5611,'2022-06-12 22:52:00','1056','ID: 1056 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\", \"Linked to\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 590\", \"fields\": [\"Product\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1321\"}}]',34,75),
+(5612,'2022-06-12 22:53:18','1057','ID: 1057 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 591\", \"fields\": [\"Product\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1322\"}}]',34,75),
+(5613,'2022-06-12 22:54:36','1059','ID: 1059 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 593\", \"fields\": [\"Product\"]}}, {\"added\": {\"name\": \"comment\", \"object\": \"Selected data: Time = 0.206 ns\"}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 622\", \"fields\": [\"Physical property\", \"Value\", \"Unit\"]}}]',34,75),
+(5614,'2022-06-12 22:55:52','1059','ID: 1059 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Primary unit\", \"Secondary unit\"]}}]',34,75),
+(5615,'2022-06-12 22:56:56','1060','ID: 1060 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\", \"Linked to\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 594\", \"fields\": [\"Product\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1323\"}}]',34,75),
+(5616,'2022-06-12 22:58:00','1061','ID: 1061 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 595\", \"fields\": [\"Product\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1324\"}}]',34,75),
+(5617,'2022-06-12 23:14:42','763','ID: 763 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Primary unit\", \"Linked to\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 437\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 394\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1325\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1326\"}}]',34,75),
+(5618,'2022-06-12 23:15:54','763','ID: 763 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,75),
+(5619,'2022-06-12 23:22:32','777','ID: 777 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Sample type\", \"Linked to\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1260\", \"fields\": [\"Method\"]}}]',34,75),
+(5620,'2022-06-12 23:24:26','777','ID: 777 (photoluminescence)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1260\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"comment\", \"object\": \"Check the publication for details about the PL setup.\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1327\"}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 433\", \"fields\": [\"Value\"]}}]',34,75),
+(5621,'2022-06-12 23:29:21','786','ID: 786 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\", \"Linked to\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 440\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 397\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 438\", \"fields\": [\"error\"]}}]',34,75),
+(5622,'2022-06-13 19:18:19','788','ID: 788 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 95\"}}]',34,75),
+(5623,'2022-06-13 19:25:28','86','band gap (band edge difference)',1,'[{\"added\": {}}]',29,75),
+(5624,'2022-06-13 19:32:59','794','ID: 794 (band gap (band edge difference))',2,'[{\"changed\": {\"fields\": [\"Primary property\", \"Linked to\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 404\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"comment\", \"object\": \"See the publication for details on the measurements.\"}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 444\", \"fields\": [\"Value\"]}}]',34,75),
+(5625,'2022-06-14 07:54:56','45','5,5\'diylbis(amino-ethyl)-[2,2\'-bithiophene] silver bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(5626,'2022-06-14 07:58:31','46','Cs2AgBiCl6',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(5627,'2022-06-14 08:16:35','55','Tetra(ethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(5628,'2022-06-14 08:17:20','56','Tetra(ethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(5629,'2022-06-14 08:17:41','57','tetra(N,N′-dimethylethylene-1,2-diammonium bromide) tin bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(5630,'2022-06-14 08:18:38','58','tetra(N,N′-dimethylethylene-1,2-diammonium iodide) tin iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(5631,'2022-06-14 08:20:06','70','Tris(2,6-dimethylpiperazine) lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(5632,'2022-06-14 08:21:05','73','Bis(1-methylpiperazine) lead bromide (n = 3)',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(5633,'2022-06-14 08:22:36','84','Phenethylammonium perfluorophenethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(5634,'2022-06-14 08:23:37','85','Bis(perfluorophenethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(5635,'2022-06-14 08:24:36','88','bis(methylammonium) lead thiocyanate iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(5636,'2022-06-14 08:26:51','92','Bis(1-butylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\", \"Inorganic\"]}}]',2,84),
+(5637,'2022-06-14 08:27:16','93','Bis(tropylium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(5638,'2022-06-14 16:20:18','794','ID: 794 (band gap (band edge difference))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1165\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}]',34,75),
+(5639,'2022-06-14 16:20:44','794','ID: 794 (band gap (band edge difference))',2,'[]',34,75),
+(5640,'2022-06-14 16:25:42','798','ID: 798 (band gap (band edge difference))',2,'[{\"changed\": {\"fields\": [\"Primary property\", \"Linked to\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 442\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Organic ligand was approaching the lattice of the perovskite, so no crystal grown was suitable for single crystal structural analysis.\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 406\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"comment\", \"object\": \"See the publication for details on the measurements.\"}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 446\", \"fields\": [\"Value\"]}}]',34,75),
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+(5646,'2022-06-15 16:02:37','777','ID: 777 (photoluminescence)',2,'[{\"added\": {\"name\": \"note\", \"object\": \"ID: 96\"}}]',34,75),
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+(5651,'2022-06-15 22:19:23','805','ID: 805 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 445\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 98\"}}]',34,75),
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+(5654,'2022-06-15 23:14:14','807','ID: 807 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Structures were determined via direct methods and expanded through successive difference Fourier maps using SHELXS-97, later refined against all data using the SHELXS-97 software package.\"}}]',34,75),
+(5655,'2022-06-15 23:14:45','808','ID: 808 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Structures were determined via direct methods and expanded through successive difference Fourier maps using SHELXS-97, later refined against all data using the SHELXS-97 software package.\"}}]',34,75),
+(5656,'2022-06-15 23:15:14','809','ID: 809 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Structures were determined via direct methods and expanded through successive difference Fourier maps using SHELXS-97, later refined against all data using the SHELXS-97 software package.\"}}]',34,75),
+(5657,'2022-06-15 23:16:25','810','ID: 810 (absorption coefficient)',3,'',34,75),
+(5658,'2022-06-15 23:16:41','811','ID: 811 (absorption coefficient)',3,'',34,75),
+(5659,'2022-06-15 23:16:58','812','ID: 812 (absorption coefficient)',3,'',34,75),
+(5660,'2022-06-15 23:17:14','813','ID: 813 (absorption coefficient)',3,'',34,75),
+(5661,'2022-06-15 23:23:29','815','ID: 815 (band gap (optical, transmission))',2,'[{\"changed\": {\"fields\": [\"Primary property\", \"Sample type\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1519\"}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Tauc plots were generated using (\\u03b1\\u2019\\u00b7h\\u03bd)2 vs. h\\u03bd for direct bandgap and (\\u03b1\\u2019\\u00b7h\\u03bd)1/2 vs. h\\u03bd for indirect bandgap semiconductors. The linear portion was extrapolated to the baseline, resulting in the bandage value Eg.\"}}]',34,75),
+(5662,'2022-06-15 23:23:49','815','ID: 815 (band gap (optical, transmission))',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 463\", \"fields\": [\"Value\"]}}]',34,75),
+(5663,'2022-06-15 23:25:29','815','ID: 815 (band gap (optical, transmission))',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1384\"}}]',34,75),
+(5664,'2022-06-15 23:34:38','916','ID: 916 (activation energy for electrical conduction)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1385\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1520\"}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}]',34,75),
+(5665,'2022-06-15 23:37:10','916','ID: 916 (activation energy for electrical conduction)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1520\", \"fields\": [\"Description\"]}}]',34,75),
+(5666,'2022-06-15 23:37:45','42','activation energy for electrical conduction',2,'[]',29,75),
+(5667,'2022-06-15 23:37:57','916','ID: 916 (activation energy for electrical conduction)',2,'[{\"changed\": {\"fields\": [\"Is experimental\"]}}]',34,75),
+(5668,'2022-06-15 23:39:30','917','ID: 917 (activation energy for electrical conduction)',2,'[{\"changed\": {\"fields\": [\"Is experimental\", \"Sample type\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1386\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1521\"}}, {\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}]',34,75),
+(5669,'2022-06-15 23:42:03','915','ID: 915 (Conductivity)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1387\"}}]',34,75),
+(5670,'2022-06-16 00:16:07','827','ID: 827 (absorption coefficient)',3,'',34,75),
+(5671,'2022-06-16 00:16:33','829','ID: 829 (absorption coefficient)',3,'',34,75),
+(5672,'2022-06-16 00:16:53','832','ID: 832 (absorption coefficient)',3,'',34,75),
+(5673,'2022-06-16 00:17:08','833','ID: 833 (absorption coefficient)',3,'',34,75),
+(5674,'2022-06-16 00:19:28','826','ID: 826 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"To prepare films, glass slides were cleaned via sonication in deionized water, acetone, isopropanol, and aqueous Sparkleen detergent. Immediately prior to testing, the slides were treated with a 20-minute UV-ozone etch.\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 428\", \"fields\": [\"Method\"]}}]',34,75),
+(5675,'2022-06-16 00:20:24','828','ID: 828 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 429\", \"fields\": [\"Method\"]}}]',34,75),
+(5676,'2022-06-16 00:21:05','225','Bis(4-fluorophenethylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"N\"]}}]',2,75),
+(5677,'2022-06-16 00:21:08','828','ID: 828 (atomic structure)',2,'[]',34,75),
+(5678,'2022-06-16 00:22:19','226','Bis(4-fluorophenethylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"N\"]}}]',2,75),
+(5679,'2022-06-16 00:27:10','830','ID: 830 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 453\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 430\", \"fields\": [\"Method\"]}}]',34,75),
+(5680,'2022-06-16 00:28:29','826','ID: 826 (atomic structure)',2,'[]',34,75),
+(5681,'2022-06-16 00:29:29','828','ID: 828 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 452\", \"fields\": [\"Starting materials\"]}}]',34,75),
+(5682,'2022-06-16 00:30:12','826','ID: 826 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 451\", \"fields\": [\"Starting materials\"]}}]',34,75),
+(5683,'2022-06-16 00:30:39','226','Bis(4-fluorophenethylammonium) bis(methylammonium) lead iodide',2,'[]',2,75),
+(5684,'2022-06-16 00:33:07','831','ID: 831 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 454\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 431\", \"fields\": [\"Method\", \"Description\"]}}]',34,75),
+(5685,'2022-06-16 00:34:17','830','ID: 830 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 430\", \"fields\": [\"Description\"]}}]',34,75),
+(5686,'2022-06-16 00:35:04','828','ID: 828 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 429\", \"fields\": [\"Description\"]}}]',34,75),
+(5687,'2022-06-16 00:35:46','826','ID: 826 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 428\", \"fields\": [\"Description\"]}}]',34,75),
+(5688,'2022-06-16 00:45:42','835','ID: 835 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 456\", \"fields\": [\"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 433\", \"fields\": [\"Method\", \"Description\"]}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 482\", \"fields\": [\"Value\", \"error\"]}}]',34,75),
+(5689,'2022-06-16 00:46:35','836','ID: 836 (absorption coefficient)',3,'',34,75),
+(5690,'2022-06-16 00:50:25','837','ID: 837 (band gap (fundamental))',2,'[{\"changed\": {\"name\": \"computational details\", \"object\": \"ID: 189\", \"fields\": [\"Xc functional\"]}}, {\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}]',34,75),
+(5691,'2022-06-16 00:50:44','837','ID: 837 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,75),
+(5692,'2022-06-16 01:01:00','841','ID: 841 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary unit\", \"Primary property label\", \"Sample type\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1388\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 437\", \"fields\": [\"Method\", \"Description\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 486\", \"fields\": [\"Value\"]}}]',34,75),
+(5693,'2022-06-16 01:02:33','841','ID: 841 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1388\", \"fields\": [\"Product\"]}}]',34,75),
+(5694,'2022-06-16 01:12:01','842','ID: 842 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 457\", \"fields\": [\"Product\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Structures of both (R)-1 and (S)-1 are basically the same\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 438\", \"fields\": [\"Description\"]}}]',34,75),
+(5695,'2022-06-16 01:16:21','843','ID: 843 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 458\", \"fields\": [\"Product\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Structures of both (R)-1 and (S)-1 are basically the same\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 439\", \"fields\": [\"Description\"]}}]',34,75),
+(5696,'2022-06-16 09:37:45','843','ID: 843 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5697,'2022-06-16 09:37:48','843','ID: 843 (atomic structure)',2,'[]',34,66),
+(5698,'2022-06-16 09:55:49','6','ID: 6 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5699,'2022-06-16 09:56:30','7','ID: 7 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5700,'2022-06-16 09:57:06','8','ID: 8 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5701,'2022-06-16 09:57:45','9','ID: 9 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5702,'2022-06-16 09:58:05','10','ID: 10 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5703,'2022-06-16 09:58:23','11','ID: 11 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5704,'2022-06-16 09:58:52','12','ID: 12 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5705,'2022-06-16 09:59:15','13','ID: 13 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5706,'2022-06-16 10:00:54','14','ID: 14 (photoluminescence)',2,'[]',34,66),
+(5707,'2022-06-16 10:01:17','15','ID: 15 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5708,'2022-06-16 10:02:33','16','ID: 16 (photoluminescence)',2,'[]',34,66),
+(5709,'2022-06-16 10:03:03','17','ID: 17 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5710,'2022-06-16 10:03:27','18','ID: 18 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5711,'2022-06-16 10:04:38','22','ID: 22 (photoluminescence peak position)',2,'[]',34,66),
+(5712,'2022-06-16 10:05:13','106','ID: 106 (atomic structure)',2,'[]',34,66),
+(5713,'2022-06-16 10:11:37','139','ID: 139 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5714,'2022-06-16 10:12:03','140','ID: 140 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5715,'2022-06-16 10:13:26','147','ID: 147 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5716,'2022-06-16 10:13:50','148','ID: 148 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5717,'2022-06-16 10:21:45','167','ID: 167 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5718,'2022-06-16 10:22:09','168','ID: 168 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5719,'2022-06-16 10:25:34','176','ID: 176 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5720,'2022-06-16 10:26:21','178','ID: 178 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5721,'2022-06-16 10:26:43','179','ID: 179 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5722,'2022-06-16 10:27:20','182','ID: 182 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5723,'2022-06-16 10:27:43','183','ID: 183 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5724,'2022-06-16 10:28:16','184','ID: 184 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5725,'2022-06-16 10:28:38','185','ID: 185 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5726,'2022-06-16 10:31:02','194','ID: 194 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5727,'2022-06-16 10:31:44','197','ID: 197 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5728,'2022-06-16 10:32:07','198','ID: 198 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5729,'2022-06-16 10:33:21','201','ID: 201 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5730,'2022-06-16 10:34:36','205','ID: 205 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5731,'2022-06-16 10:35:11','206','ID: 206 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5732,'2022-06-16 10:36:38','216','ID: 216 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5733,'2022-06-16 10:37:01','217','ID: 217 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5734,'2022-06-16 10:37:40','220','ID: 220 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5735,'2022-06-16 10:39:16','221','ID: 221 (atomic structure)',2,'[]',34,66),
+(5736,'2022-06-16 10:40:36','223','ID: 223 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5737,'2022-06-16 10:40:54','224','ID: 224 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5738,'2022-06-16 10:41:15','225','ID: 225 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5739,'2022-06-16 10:41:32','226','ID: 226 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5740,'2022-06-16 10:41:46','227','ID: 227 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5741,'2022-06-16 10:42:16','228','ID: 228 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5742,'2022-06-16 10:42:36','229','ID: 229 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5743,'2022-06-16 10:43:10','230','ID: 230 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5744,'2022-06-16 10:44:37','232','ID: 232 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5745,'2022-06-16 10:44:57','233','ID: 233 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5746,'2022-06-16 10:51:29','266','ID: 266 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5747,'2022-06-16 10:51:50','267','ID: 267 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5748,'2022-06-16 10:52:13','268','ID: 268 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5749,'2022-06-16 10:52:55','270','ID: 270 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5750,'2022-06-16 10:53:47','271','ID: 271 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5751,'2022-06-16 10:54:44','272','ID: 272 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5752,'2022-06-16 10:55:01','273','ID: 273 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5753,'2022-06-16 10:55:34','275','ID: 275 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5754,'2022-06-16 10:55:50','277','ID: 277 (transient absorption)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5755,'2022-06-16 11:09:38','377','ID: 377 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5756,'2022-06-16 11:10:36','379','ID: 379 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5757,'2022-06-16 11:10:52','380','ID: 380 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5758,'2022-06-16 11:11:11','381','ID: 381 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5759,'2022-06-16 11:11:22','382','ID: 382 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5760,'2022-06-16 11:11:33','383','ID: 383 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5761,'2022-06-16 11:11:53','384','ID: 384 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5762,'2022-06-16 11:12:19','385','ID: 385 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5763,'2022-06-16 11:12:37','386','ID: 386 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5764,'2022-06-16 11:13:32','388','ID: 388 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5765,'2022-06-16 11:13:50','389','ID: 389 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5766,'2022-06-16 11:14:29','393','ID: 393 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5767,'2022-06-16 11:14:51','394','ID: 394 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5768,'2022-06-16 11:15:10','395','ID: 395 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5769,'2022-06-16 11:15:28','396','ID: 396 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5770,'2022-06-16 11:16:04','397','ID: 397 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5771,'2022-06-16 11:16:21','398','ID: 398 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5772,'2022-06-16 11:16:44','400','ID: 400 (absorption peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5773,'2022-06-16 11:16:57','401','ID: 401 (band gap (optical, transmission))',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5774,'2022-06-16 11:17:09','402','ID: 402 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5775,'2022-06-16 11:17:25','403','ID: 403 (absorption peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5776,'2022-06-16 11:17:40','405','ID: 405 (band gap (optical, transmission))',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5777,'2022-06-16 11:17:57','407','ID: 407 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5778,'2022-06-16 11:18:21','408','ID: 408 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5779,'2022-06-16 11:18:45','409','ID: 409 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5780,'2022-06-16 11:19:09','410','ID: 410 (absorption peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5781,'2022-06-16 11:42:15','411','ID: 411 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5782,'2022-06-16 11:42:28','412','ID: 412 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5783,'2022-06-16 11:42:41','413','ID: 413 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5784,'2022-06-16 11:43:09','414','ID: 414 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5785,'2022-06-16 11:43:22','415','ID: 415 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5786,'2022-06-16 11:43:40','416','ID: 416 (absorption peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5787,'2022-06-16 11:43:51','417','ID: 417 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5788,'2022-06-16 11:44:09','418','ID: 418 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5789,'2022-06-16 11:44:21','419','ID: 419 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5790,'2022-06-16 11:44:50','420','ID: 420 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5791,'2022-06-16 11:45:10','421','ID: 421 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5792,'2022-06-16 11:45:23','422','ID: 422 (absorption peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5793,'2022-06-16 11:45:39','423','ID: 423 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5794,'2022-06-16 11:45:50','424','ID: 424 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5795,'2022-06-16 11:46:02','425','ID: 425 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5796,'2022-06-16 11:53:37','466','ID: 466 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5797,'2022-06-16 11:53:55','467','ID: 467 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5798,'2022-06-16 11:54:18','469','ID: 469 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5799,'2022-06-16 11:54:39','470','ID: 470 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5800,'2022-06-16 11:55:03','472','ID: 472 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5801,'2022-06-16 11:55:16','473','ID: 473 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5802,'2022-06-16 11:55:29','474','ID: 474 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5803,'2022-06-16 11:55:45','475','ID: 475 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5804,'2022-06-16 11:57:03','477','ID: 477 (PL excitation peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5805,'2022-06-16 11:57:13','478','ID: 478 (PL excitation peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5806,'2022-06-16 11:59:38','485','ID: 485 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5807,'2022-06-16 12:00:33','488','ID: 488 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5808,'2022-06-16 12:00:51','489','ID: 489 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5809,'2022-06-16 12:01:09','490','ID: 490 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5810,'2022-06-16 12:01:20','491','ID: 491 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5811,'2022-06-16 12:01:36','492','ID: 492 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5812,'2022-06-16 12:01:49','493','ID: 493 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5813,'2022-06-16 12:02:00','494','ID: 494 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5814,'2022-06-16 12:02:13','495','ID: 495 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5815,'2022-06-16 12:02:25','496','ID: 496 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5816,'2022-06-16 12:02:47','497','ID: 497 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5817,'2022-06-16 12:03:13','498','ID: 498 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5818,'2022-06-16 12:03:36','499','ID: 499 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5819,'2022-06-16 12:03:57','500','ID: 500 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5820,'2022-06-16 12:04:12','501','ID: 501 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5821,'2022-06-16 12:04:29','502','ID: 502 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5822,'2022-06-16 12:04:40','503','ID: 503 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5823,'2022-06-16 12:05:00','504','ID: 504 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5824,'2022-06-16 12:05:18','505','ID: 505 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5825,'2022-06-16 12:05:41','506','ID: 506 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5826,'2022-06-16 12:06:01','507','ID: 507 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5827,'2022-06-16 12:06:16','508','ID: 508 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5828,'2022-06-16 12:06:34','509','ID: 509 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5829,'2022-06-16 12:06:47','510','ID: 510 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5830,'2022-06-16 12:07:08','511','ID: 511 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5831,'2022-06-16 12:07:30','512','ID: 512 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5832,'2022-06-16 12:07:47','513','ID: 513 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5833,'2022-06-16 12:08:03','514','ID: 514 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5834,'2022-06-16 12:09:03','516','ID: 516 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5835,'2022-06-16 12:09:43','520','ID: 520 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5836,'2022-06-16 12:10:06','521','ID: 521 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5837,'2022-06-16 12:11:46','526','ID: 526 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5838,'2022-06-16 12:12:06','527','ID: 527 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5839,'2022-06-16 12:12:28','529','ID: 529 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5840,'2022-06-16 12:14:27','535','ID: 535 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5841,'2022-06-16 12:14:40','536','ID: 536 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5842,'2022-06-16 12:15:00','537','ID: 537 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5843,'2022-06-16 12:15:18','539','ID: 539 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5844,'2022-06-16 12:16:12','541','ID: 541 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5845,'2022-06-16 12:17:32','546','ID: 546 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5846,'2022-06-16 12:17:45','547','ID: 547 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5847,'2022-06-16 12:18:04','548','ID: 548 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5848,'2022-06-16 12:18:25','549','ID: 549 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5849,'2022-06-16 12:18:55','551','ID: 551 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5850,'2022-06-16 12:21:05','554','ID: 554 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5851,'2022-06-16 12:21:40','556','ID: 556 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5852,'2022-06-16 12:21:50','557','ID: 557 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5853,'2022-06-16 12:22:42','560','ID: 560 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5854,'2022-06-16 12:23:34','564','ID: 564 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5855,'2022-06-16 12:25:05','570','ID: 570 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5856,'2022-06-16 12:25:23','571','ID: 571 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5857,'2022-06-16 12:26:12','588','ID: 588 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5858,'2022-06-16 12:26:28','589','ID: 589 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5859,'2022-06-16 12:26:46','590','ID: 590 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5860,'2022-06-16 12:27:08','591','ID: 591 (atomic structure)',2,'[]',34,66),
+(5861,'2022-06-16 12:27:33','592','ID: 592 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5862,'2022-06-16 12:28:59','597','ID: 597 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5863,'2022-06-16 12:29:10','598','ID: 598 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5864,'2022-06-16 12:31:07','609','ID: 609 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5865,'2022-06-16 12:31:26','610','ID: 610 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5866,'2022-06-16 12:31:42','611','ID: 611 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5867,'2022-06-16 12:31:57','612','ID: 612 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5868,'2022-06-16 12:32:32','614','ID: 614 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5869,'2022-06-16 12:32:48','615','ID: 615 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5870,'2022-06-16 12:33:03','616','ID: 616 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5871,'2022-06-16 12:33:22','617','ID: 617 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5872,'2022-06-16 12:34:22','619','ID: 619 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5873,'2022-06-16 12:35:00','621','ID: 621 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5874,'2022-06-16 12:35:31','623','ID: 623 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5875,'2022-06-16 12:36:12','625','ID: 625 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5876,'2022-06-16 12:36:25','626','ID: 626 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5877,'2022-06-16 12:36:46','627','ID: 627 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5878,'2022-06-16 12:37:11','628','ID: 628 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5879,'2022-06-16 13:44:18','630','ID: 630 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5880,'2022-06-16 13:44:34','631','ID: 631 (atomic structure)',2,'[]',34,66),
+(5881,'2022-06-16 13:45:25','634','ID: 634 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5882,'2022-06-16 13:45:36','635','ID: 635 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5883,'2022-06-16 13:45:48','636','ID: 636 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5884,'2022-06-16 13:46:07','637','ID: 637 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5885,'2022-06-16 13:46:20','638','ID: 638 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5886,'2022-06-16 13:46:49','639','ID: 639 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5887,'2022-06-16 13:47:47','643','ID: 643 (atomic structure)',2,'[]',34,66),
+(5888,'2022-06-16 13:48:42','646','ID: 646 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5889,'2022-06-16 13:51:15','656','ID: 656 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5890,'2022-06-16 13:51:29','657','ID: 657 (atomic structure)',2,'[]',34,66),
+(5891,'2022-06-16 13:51:45','658','ID: 658 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5892,'2022-06-16 13:52:45','661','ID: 661 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5893,'2022-06-16 13:52:59','662','ID: 662 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5894,'2022-06-16 13:54:23','668','ID: 668 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5895,'2022-06-16 13:54:50','669','ID: 669 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5896,'2022-06-16 13:55:07','670','ID: 670 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5897,'2022-06-16 13:55:25','671','ID: 671 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5898,'2022-06-16 13:55:44','672','ID: 672 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5899,'2022-06-16 13:56:01','673','ID: 673 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5900,'2022-06-16 13:56:26','680','ID: 680 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,66),
+(5901,'2022-06-16 16:09:45','855','ID: 855 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,75),
+(5902,'2022-06-16 16:12:19','855','ID: 855 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 451\", \"fields\": [\"Method\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"*received author permission to publish structure*\"}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 502\", \"fields\": [\"Value\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 100\"}}]',34,75),
+(5903,'2022-06-16 16:14:22','855','ID: 855 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 470\", \"fields\": [\"Starting materials\"]}}]',34,75),
+(5904,'2022-06-16 16:15:32','861','ID: 861 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}]',34,75),
+(5905,'2022-06-16 18:12:32','862','ID: 862 (band gap (optical, integrating sphere))',2,'[{\"changed\": {\"fields\": [\"Primary property\", \"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1208\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 453\", \"fields\": [\"Method\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Polycrystalline powder was coated on a glass slide, mounted in the integrating sphere, and measured with a Cary 6000i spectrometer in reflectance mode.\"}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 504\", \"fields\": [\"Value\"]}}]',34,75),
+(5906,'2022-06-16 18:14:23','863','ID: 863 (band gap (fundamental))',2,'[{\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}]',34,75),
+(5907,'2022-06-16 18:14:47','863','ID: 863 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,75),
+(5908,'2022-06-16 18:16:08','864','ID: 864 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"computational details\", \"object\": \"ID: 194\", \"fields\": [\"Code\"]}}, {\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}]',34,75),
+(5909,'2022-06-16 18:26:49','865','ID: 865 (X-Ray Absorption Near Edge Structure (XANES))',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1171\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"comment\", \"object\": \"Power for this experiment was diluted with boron nitride to two absorption lengths at Tl-L3 edge. TBA = tetrabutylammonium.\", \"fields\": [\"Text\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1262\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 507\", \"fields\": [\"Value\"]}}]',34,75),
+(5910,'2022-06-16 18:32:16','867','ID: 867 (Raman Shift)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1389\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1522\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1329\"}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 509\", \"fields\": [\"Value\"]}}]',34,75),
+(5911,'2022-06-16 19:06:34','881','ID: 881 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,75),
+(5912,'2022-06-16 19:06:50','882','ID: 882 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,75),
+(5913,'2022-06-16 19:07:06','883','ID: 883 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,75),
+(5914,'2022-06-16 19:38:21','885','ID: 885 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 484\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 468\", \"fields\": [\"Method\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Data was corrected via the SAINT 8.27b and SADABS V2012 packages. Structures were solved via direct methods and via SHELXS-97.\"}}]',34,75),
+(5915,'2022-06-16 19:49:44','886','ID: 886 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 469\", \"fields\": [\"Method\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Data was corrected via the SAINT 8.27b and SADABS V2012 packages. Structures were solved via direct methods and via SHELXS-97.\"}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 528\", \"fields\": [\"error\"]}}]',34,75),
+(5916,'2022-06-16 19:50:24','886','ID: 886 (atomic structure)',2,'[{\"added\": {\"name\": \"note\", \"object\": \"ID: 101\"}}]',34,75),
+(5917,'2022-06-16 19:52:33','884','ID: 884 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1390\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 467\", \"fields\": [\"Method\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Data was corrected via the SAINT 8.27b and SADABS V2012 packages. Structures were solved via direct methods and via SHELXS-97.\"}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 526\", \"fields\": [\"error\"]}}]',34,75),
+(5918,'2022-06-16 19:53:35','885','ID: 885 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 484\", \"fields\": [\"Starting materials\"]}}]',34,75),
+(5919,'2022-06-16 19:54:56','887','ID: 887 (absorption coefficient)',2,'[]',34,75),
+(5920,'2022-06-16 19:55:06','887','ID: 887 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,75),
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+(5992,'2022-06-21 18:24:26','1030','ID: 1030 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1401\", \"fields\": [\"Description\"]}}]',34,75),
+(5993,'2022-06-21 18:25:17','1015','ID: 1015 (Stokes shift)',2,'[]',34,75),
+(5994,'2022-06-21 18:26:20','1016','ID: 1016 (band gap (optical, transmission))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1203\", \"fields\": [\"Description\"]}}]',34,75),
+(5995,'2022-06-21 18:32:59','1017','ID: 1017 (band gap (optical, transmission))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1202\", \"fields\": [\"Description\"]}}]',34,75),
+(5996,'2022-06-22 02:31:47','1017','ID: 1017 (band gap (optical, transmission))',2,'[]',34,75),
+(5997,'2022-06-22 02:33:18','1018','ID: 1018 (absorption peak position)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 559\", \"fields\": [\"Description\"]}}]',34,75),
+(5998,'2022-06-22 02:36:43','1021','ID: 1021 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 560\", \"fields\": [\"Description\"]}}]',34,75),
+(5999,'2022-06-22 03:12:34','1013','ID: 1013 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 555\", \"fields\": [\"Description\"]}}]',34,75),
+(6000,'2022-06-22 03:12:59','1022','ID: 1022 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 559\", \"fields\": [\"Description\"]}}]',34,75),
+(6001,'2022-06-22 03:13:22','1027','ID: 1027 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 563\", \"fields\": [\"Description\"]}}]',34,75),
+(6002,'2022-06-22 03:20:02','1032','ID: 1032 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 567\", \"fields\": [\"Description\"]}}]',34,75),
+(6003,'2022-06-22 03:21:21','1026','ID: 1026 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 563\", \"fields\": [\"Starting materials\", \"Description\"]}}]',34,75),
+(6004,'2022-06-22 03:32:20','1024','ID: 1024 (band gap (optical, transmission))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1204\", \"fields\": [\"Starting materials\", \"Description\"]}}]',34,75),
+(6005,'2022-06-22 03:33:50','1026','ID: 1026 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 563\", \"fields\": [\"Starting materials\", \"Description\"]}}]',34,75),
+(6006,'2022-06-22 03:37:35','1028','ID: 1028 (absorption peak position)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 565\", \"fields\": [\"Starting materials\", \"Description\"]}}]',34,75),
+(6007,'2022-06-22 03:37:57','1028','ID: 1028 (absorption peak position)',2,'[]',34,75),
+(6008,'2022-06-22 03:41:25','1029','ID: 1029 (band gap (optical, transmission))',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1205\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Thin films were prepared by mixing Pb(SC6H5)2 and PbCl2 in a 3:1 ratio in DMF. 0.90 mL of dimethyl sulfoxide was added to the solution. 40 mL of the resultant solution was spin-coated at 2000 rpm on quartz substrates, and 150 mL of diethyl ether was dropped onto the substrate. Films were annealed in air at 100\\u00baC for 5 min.\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1294\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1345\"}}]',34,75),
+(6009,'2022-06-22 03:44:27','1031','ID: 1031 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 566\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 566\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1346\"}}]',34,75),
+(6010,'2022-06-22 03:56:55','1032','ID: 1032 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 567\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Used to verify experimental results.\"}}]',34,75),
+(6011,'2022-06-22 03:58:10','1032','ID: 1032 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,75),
+(6012,'2022-06-22 04:02:56','1033','ID: 1033 (band gap (optical, transmission))',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1295\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1347\"}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 104\"}}]',34,75),
+(6013,'2022-06-22 18:37:54','1034','ID: 1034 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 568\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Note: The MA cations here appear to have additional hydrogen atoms due to an unknown rendering error.\"}}]',34,75),
+(6014,'2022-06-22 19:03:12','1035','ID: 1035 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 569\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 569\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1348\"}}]',34,75),
+(6015,'2022-06-22 19:27:20','1036','ID: 1036 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 570\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1349\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1350\"}}]',34,75),
+(6016,'2022-06-22 19:47:18','1037','ID: 1037 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 571\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 571\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1351\"}}]',34,75),
+(6017,'2022-06-23 00:10:03','261','Guanidinium bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"N\"]}}]',2,75),
+(6018,'2022-06-23 00:18:03','1038','ID: 1038 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 572\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Note: The MA cations here appear to have additional hydrogen atoms due to an unknown rendering error.\"}}]',34,75),
+(6019,'2022-06-23 00:24:30','680','ID: 680 (atomic structure)',2,'[]',34,75),
+(6020,'2022-06-23 00:24:44','673','ID: 673 (atomic structure)',2,'[]',34,75),
+(6021,'2022-06-23 00:24:53','672','ID: 672 (atomic structure)',2,'[]',34,75),
+(6022,'2022-06-23 00:25:03','671','ID: 671 (atomic structure)',2,'[]',34,75),
+(6023,'2022-06-23 00:25:14','670','ID: 670 (atomic structure)',2,'[]',34,75),
+(6024,'2022-06-23 00:25:23','669','ID: 669 (atomic structure)',2,'[]',34,75),
+(6025,'2022-06-23 00:25:32','668','ID: 668 (atomic structure)',2,'[]',34,75),
+(6026,'2022-06-23 00:25:42','662','ID: 662 (photoluminescence peak position)',2,'[]',34,75),
+(6027,'2022-06-23 00:25:50','661','ID: 661 (atomic structure)',2,'[]',34,75),
+(6028,'2022-06-23 00:26:04','658','ID: 658 (atomic structure)',2,'[]',34,75),
+(6029,'2022-06-23 00:26:14','657','ID: 657 (atomic structure)',2,'[]',34,75),
+(6030,'2022-06-23 00:26:25','656','ID: 656 (atomic structure)',2,'[]',34,75),
+(6031,'2022-06-23 00:27:04','646','ID: 646 (atomic structure)',2,'[]',34,75),
+(6032,'2022-06-23 00:27:13','643','ID: 643 (atomic structure)',2,'[]',34,75),
+(6033,'2022-06-23 00:27:22','639','ID: 639 (atomic structure)',2,'[]',34,75),
+(6034,'2022-06-23 00:27:31','638','ID: 638 (atomic structure)',2,'[]',34,75),
+(6035,'2022-06-23 00:27:39','637','ID: 637 (atomic structure)',2,'[]',34,75),
+(6036,'2022-06-23 00:27:48','636','ID: 636 (atomic structure)',2,'[]',34,75),
+(6037,'2022-06-23 00:27:57','635','ID: 635 (atomic structure)',2,'[]',34,75),
+(6038,'2022-06-23 00:28:06','634','ID: 634 (atomic structure)',2,'[]',34,75),
+(6039,'2022-06-23 00:28:14','631','ID: 631 (atomic structure)',2,'[]',34,75),
+(6040,'2022-06-23 00:28:22','630','ID: 630 (atomic structure)',2,'[]',34,75),
+(6041,'2022-06-23 00:28:30','628','ID: 628 (atomic structure)',2,'[]',34,75),
+(6042,'2022-06-23 00:28:38','627','ID: 627 (atomic structure)',2,'[]',34,75),
+(6043,'2022-06-23 00:28:47','626','ID: 626 (atomic structure)',2,'[]',34,75),
+(6044,'2022-06-23 00:28:54','625','ID: 625 (atomic structure)',2,'[]',34,75),
+(6045,'2022-06-23 00:29:04','623','ID: 623 (atomic structure)',2,'[]',34,75),
+(6046,'2022-06-23 00:29:12','621','ID: 621 (atomic structure)',2,'[]',34,75),
+(6047,'2022-06-23 00:29:21','619','ID: 619 (atomic structure)',2,'[]',34,75),
+(6048,'2022-06-23 00:29:30','617','ID: 617 (atomic structure)',2,'[]',34,75),
+(6049,'2022-06-23 00:30:07','616','ID: 616 (absorption spectrum)',2,'[]',34,75),
+(6050,'2022-06-23 00:30:17','615','ID: 615 (photoluminescence)',2,'[]',34,75),
+(6051,'2022-06-23 00:30:28','614','ID: 614 (atomic structure)',2,'[]',34,75),
+(6052,'2022-06-23 00:30:37','612','ID: 612 (absorption spectrum)',2,'[]',34,75),
+(6053,'2022-06-23 00:41:18','1039','ID: 1039 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 573\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1352\"}}]',34,75),
+(6054,'2022-06-23 00:41:58','1039','ID: 1039 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}]',34,75),
+(6055,'2022-06-23 00:47:18','1040','ID: 1040 (photoluminescence)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1353\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1354\"}}]',34,75),
+(6056,'2022-06-23 00:48:00','1040','ID: 1040 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 574\", \"fields\": [\"Starting materials\", \"Description\"]}}]',34,75),
+(6057,'2022-06-23 01:02:17','1041','ID: 1041 (band gap (optical, transmission))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 575\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1355\"}}]',34,75),
+(6058,'2022-06-23 01:02:31','1041','ID: 1041 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,75),
+(6059,'2022-06-23 01:13:30','1042','ID: 1042 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 576\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Note: The MA cations here appear to have additional hydrogen atoms due to an unknown rendering error.\"}}]',34,75),
+(6060,'2022-06-23 01:17:00','1043','ID: 1043 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 577\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1356\"}}]',34,75),
+(6061,'2022-06-23 01:18:44','1044','ID: 1044 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 578\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 578\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1357\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1358\"}}]',34,75),
+(6062,'2022-06-23 01:28:35','1045','ID: 1045 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 579\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Note: The MA cations here appear to have additional hydrogen atoms due to an unknown rendering error.\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1359\"}}]',34,75),
+(6063,'2022-06-23 01:29:17','611','ID: 611 (absorption spectrum)',2,'[]',34,75),
+(6064,'2022-06-23 01:29:34','610','ID: 610 (photoluminescence)',2,'[]',34,75),
+(6065,'2022-06-23 01:29:45','609','ID: 609 (atomic structure)',2,'[]',34,75),
+(6066,'2022-06-23 01:29:55','598','ID: 598 (atomic structure)',2,'[]',34,75),
+(6067,'2022-06-23 01:30:03','597','ID: 597 (photoluminescence)',2,'[]',34,75),
+(6068,'2022-06-23 01:30:12','592','ID: 592 (atomic structure)',2,'[]',34,75),
+(6069,'2022-06-23 01:31:03','591','ID: 591 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 282\", \"fields\": [\"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Refer to Compound (II) section\"}}]',34,75),
+(6070,'2022-06-23 01:31:42','590','ID: 590 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 281\", \"fields\": [\"Description\"]}}]',34,75),
+(6071,'2022-06-23 01:33:27','590','ID: 590 (atomic structure)',2,'[{\"deleted\": {\"name\": \"comment\", \"object\": \"Refer to Compound (I) section\"}}]',34,75),
+(6072,'2022-06-23 01:33:56','590','ID: 590 (atomic structure)',2,'[]',34,75),
+(6073,'2022-06-23 01:34:50','843','ID: 843 (atomic structure)',2,'[]',34,75),
+(6074,'2022-06-23 01:35:04','6','ID: 6 (photoluminescence)',2,'[]',34,75),
+(6075,'2022-06-23 01:35:13','7','ID: 7 (photoluminescence)',2,'[]',34,75),
+(6076,'2022-06-23 01:35:23','8','ID: 8 (photoluminescence)',2,'[]',34,75),
+(6077,'2022-06-23 01:35:32','9','ID: 9 (photoluminescence)',2,'[]',34,75),
+(6078,'2022-06-23 01:35:41','10','ID: 10 (photoluminescence)',2,'[]',34,75),
+(6079,'2022-06-23 01:35:51','11','ID: 11 (photoluminescence)',2,'[]',34,75),
+(6080,'2022-06-23 01:36:00','12','ID: 12 (photoluminescence)',2,'[]',34,75),
+(6081,'2022-06-23 01:36:09','13','ID: 13 (photoluminescence)',2,'[]',34,75),
+(6082,'2022-06-23 01:36:18','14','ID: 14 (photoluminescence)',2,'[]',34,75),
+(6083,'2022-06-23 01:36:40','417','ID: 417 (photoluminescence peak position)',2,'[]',34,75),
+(6084,'2022-06-23 01:36:49','418','ID: 418 (photoluminescence quantum efficiency (PLQE))',2,'[]',34,75),
+(6085,'2022-06-23 01:36:57','419','ID: 419 (atomic structure)',2,'[]',34,75),
+(6086,'2022-06-23 01:37:07','420','ID: 420 (absorption spectrum)',2,'[]',34,75),
+(6087,'2022-06-23 01:37:14','421','ID: 421 (photoluminescence)',2,'[]',34,75),
+(6088,'2022-06-23 01:37:22','422','ID: 422 (absorption peak position)',2,'[]',34,75),
+(6089,'2022-06-23 01:37:29','423','ID: 423 (photoluminescence peak position)',2,'[]',34,75),
+(6090,'2022-06-23 01:37:40','424','ID: 424 (photoluminescence quantum efficiency (PLQE))',2,'[]',34,75),
+(6091,'2022-06-23 01:37:47','425','ID: 425 (atomic structure)',2,'[]',34,75),
+(6092,'2022-06-23 01:37:54','466','ID: 466 (atomic structure)',2,'[]',34,75),
+(6093,'2022-06-23 01:38:01','467','ID: 467 (atomic structure)',2,'[]',34,75),
+(6094,'2022-06-23 01:38:08','469','ID: 469 (absorption spectrum)',2,'[]',34,75),
+(6095,'2022-06-23 01:38:16','470','ID: 470 (atomic structure)',2,'[]',34,75),
+(6096,'2022-06-23 01:38:23','472','ID: 472 (absorption spectrum)',2,'[]',34,75),
+(6097,'2022-06-23 01:38:35','473','ID: 473 (atomic structure)',2,'[]',34,75),
+(6098,'2022-06-23 01:38:42','474','ID: 474 (atomic structure)',2,'[]',34,75),
+(6099,'2022-06-23 01:38:52','15','ID: 15 (photoluminescence)',2,'[]',34,75),
+(6100,'2022-06-23 01:38:59','477','ID: 477 (PL excitation peak position)',2,'[]',34,75),
+(6101,'2022-06-23 01:39:07','478','ID: 478 (PL excitation peak position)',2,'[]',34,75),
+(6102,'2022-06-23 01:39:38','485','ID: 485 (photoluminescence peak position)',2,'[{\"changed\": {\"name\": \"note\", \"object\": \"ID: 5\", \"fields\": [\"Note\"]}}]',34,75),
+(6103,'2022-06-23 01:40:00','488','ID: 488 (atomic structure)',2,'[]',34,75),
+(6104,'2022-06-23 01:40:15','488','ID: 488 (atomic structure)',2,'[{\"deleted\": {\"name\": \"comment\", \"object\": \"CIF file available at CCDC 1521067.\"}}]',34,75),
+(6105,'2022-06-23 01:41:02','589','ID: 589 (atomic structure)',2,'[]',34,75),
+(6106,'2022-06-23 01:41:21','588','ID: 588 (atomic structure)',2,'[]',34,75),
+(6107,'2022-06-23 01:41:32','571','ID: 571 (atomic structure)',2,'[]',34,75),
+(6108,'2022-06-23 01:41:43','564','ID: 564 (atomic structure)',2,'[]',34,75),
+(6109,'2022-06-23 01:41:54','570','ID: 570 (atomic structure)',2,'[]',34,75),
+(6110,'2022-06-23 01:42:05','560','ID: 560 (atomic structure)',2,'[]',34,75),
+(6111,'2022-06-23 01:42:16','557','ID: 557 (atomic structure)',2,'[]',34,75),
+(6112,'2022-06-23 01:42:28','556','ID: 556 (atomic structure)',2,'[]',34,75),
+(6113,'2022-06-23 01:42:40','554','ID: 554 (atomic structure)',2,'[]',34,75),
+(6114,'2022-06-23 01:42:51','551','ID: 551 (atomic structure)',2,'[]',34,75),
+(6115,'2022-06-23 01:43:00','549','ID: 549 (band gap (optical, diffuse reflectance))',2,'[]',34,75),
+(6116,'2022-06-23 01:43:10','548','ID: 548 (atomic structure)',2,'[]',34,75),
+(6117,'2022-06-23 01:43:21','547','ID: 547 (atomic structure)',2,'[]',34,75),
+(6118,'2022-06-23 01:43:31','546','ID: 546 (band gap (optical, diffuse reflectance))',2,'[]',34,75),
+(6119,'2022-06-23 01:43:46','541','ID: 541 (atomic structure)',2,'[]',34,75),
+(6120,'2022-06-23 01:43:57','539','ID: 539 (band gap (optical, diffuse reflectance))',2,'[]',34,75),
+(6121,'2022-06-23 01:44:07','537','ID: 537 (atomic structure)',2,'[]',34,75),
+(6122,'2022-06-23 01:44:20','536','ID: 536 (atomic structure)',2,'[]',34,75),
+(6123,'2022-06-23 01:44:38','535','ID: 535 (band gap (optical, diffuse reflectance))',2,'[]',34,75),
+(6124,'2022-06-23 01:44:47','529','ID: 529 (atomic structure)',2,'[]',34,75),
+(6125,'2022-06-23 01:44:58','527','ID: 527 (band gap (optical, diffuse reflectance))',2,'[]',34,75),
+(6126,'2022-06-23 01:45:07','526','ID: 526 (atomic structure)',2,'[]',34,75),
+(6127,'2022-06-23 01:45:16','521','ID: 521 (atomic structure)',2,'[]',34,75),
+(6128,'2022-06-23 01:45:31','520','ID: 520 (atomic structure)',2,'[]',34,75),
+(6129,'2022-06-23 01:45:39','490','ID: 490 (atomic structure)',2,'[]',34,75),
+(6130,'2022-06-23 01:45:47','491','ID: 491 (atomic structure)',2,'[]',34,75),
+(6131,'2022-06-23 01:45:55','492','ID: 492 (atomic structure)',2,'[]',34,75),
+(6132,'2022-06-23 01:46:12','492','ID: 492 (atomic structure)',2,'[{\"deleted\": {\"name\": \"comment\", \"object\": \"CIF file available at CCDC 1521055.\"}}]',34,75),
+(6133,'2022-06-23 01:46:51','493','ID: 493 (atomic structure)',2,'[{\"deleted\": {\"name\": \"comment\", \"object\": \"CIF file available at CCDC 1521053\"}}]',34,75),
+(6134,'2022-06-23 01:47:08','494','ID: 494 (atomic structure)',2,'[{\"deleted\": {\"name\": \"comment\", \"object\": \"CIF file available at CCDC 1521057.\"}}]',34,75),
+(6135,'2022-06-23 01:47:22','495','ID: 495 (atomic structure)',2,'[{\"deleted\": {\"name\": \"comment\", \"object\": \"CIF file available at CCDC 1521058.\"}}]',34,75),
+(6136,'2022-06-23 01:47:37','496','ID: 496 (atomic structure)',2,'[]',34,75),
+(6137,'2022-06-23 01:47:47','497','ID: 497 (atomic structure)',2,'[]',34,75),
+(6138,'2022-06-23 01:47:56','498','ID: 498 (atomic structure)',2,'[]',34,75),
+(6139,'2022-06-23 01:48:06','499','ID: 499 (atomic structure)',2,'[]',34,75),
+(6140,'2022-06-23 01:48:16','500','ID: 500 (atomic structure)',2,'[]',34,75),
+(6141,'2022-06-23 01:48:25','501','ID: 501 (atomic structure)',2,'[]',34,75),
+(6142,'2022-06-23 01:48:34','502','ID: 502 (atomic structure)',2,'[]',34,75),
+(6143,'2022-06-23 01:48:44','503','ID: 503 (band gap (optical, diffuse reflectance))',2,'[]',34,75),
+(6144,'2022-06-23 01:48:52','504','ID: 504 (band gap (optical, diffuse reflectance))',2,'[]',34,75),
+(6145,'2022-06-23 01:49:02','505','ID: 505 (band gap (optical, diffuse reflectance))',2,'[]',34,75),
+(6146,'2022-06-23 01:49:31','505','ID: 505 (band gap (optical, diffuse reflectance))',2,'[{\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}]',34,75),
+(6147,'2022-06-23 01:51:08','16','ID: 16 (photoluminescence)',2,'[]',34,75),
+(6148,'2022-06-23 01:51:19','17','ID: 17 (photoluminescence)',2,'[]',34,75),
+(6149,'2022-06-23 01:51:29','18','ID: 18 (photoluminescence)',2,'[]',34,75),
+(6150,'2022-06-23 01:52:49','139','ID: 139 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Primary unit\"]}}]',34,75),
+(6151,'2022-06-23 01:53:13','148','ID: 148 (band gap (optical, diffuse reflectance))',2,'[]',34,75),
+(6152,'2022-06-23 01:53:47','147','ID: 147 (band gap (optical, diffuse reflectance))',2,'[]',34,75),
+(6153,'2022-06-23 01:56:02','511','ID: 511 (photoluminescence peak position)',2,'[]',34,75),
+(6154,'2022-06-23 01:56:09','512','ID: 512 (photoluminescence peak position)',2,'[]',34,75),
+(6155,'2022-06-23 01:56:16','513','ID: 513 (photoluminescence peak position)',2,'[]',34,75),
+(6156,'2022-06-23 01:56:24','514','ID: 514 (photoluminescence peak position)',2,'[]',34,75),
+(6157,'2022-06-23 01:56:34','516','ID: 516 (photoluminescence peak position)',2,'[]',34,75),
+(6158,'2022-06-23 01:56:45','855','ID: 855 (atomic structure)',2,'[]',34,75),
+(6159,'2022-06-23 01:57:10','510','ID: 510 (photoluminescence peak position)',2,'[]',34,75),
+(6160,'2022-06-23 01:57:20','509','ID: 509 (band gap (optical, diffuse reflectance))',2,'[]',34,75),
+(6161,'2022-06-23 01:58:27','508','ID: 508 (band gap (optical, diffuse reflectance))',2,'[]',34,75),
+(6162,'2022-06-23 01:58:35','507','ID: 507 (band gap (optical, diffuse reflectance))',2,'[]',34,75),
+(6163,'2022-06-23 01:58:48','506','ID: 506 (band gap (optical, diffuse reflectance))',2,'[]',34,75),
+(6164,'2022-06-23 01:59:11','489','ID: 489 (atomic structure)',2,'[{\"deleted\": {\"name\": \"comment\", \"object\": \"CIF file available at CCDC 1521054.\"}}]',34,75),
+(6165,'2022-06-23 01:59:25','475','ID: 475 (atomic structure)',2,'[]',34,75),
+(6166,'2022-06-23 01:59:34','416','ID: 416 (absorption peak position)',2,'[]',34,75),
+(6167,'2022-06-23 01:59:46','415','ID: 415 (photoluminescence)',2,'[]',34,75),
+(6168,'2022-06-23 01:59:56','861','ID: 861 (absorption coefficient)',2,'[]',34,75),
+(6169,'2022-06-23 02:00:44','414','ID: 414 (absorption spectrum)',2,'[]',34,75),
+(6170,'2022-06-23 02:02:47','413','ID: 413 (atomic structure)',2,'[]',34,75),
+(6171,'2022-06-23 02:02:56','412','ID: 412 (photoluminescence quantum efficiency (PLQE))',2,'[]',34,75),
+(6172,'2022-06-23 02:03:04','411','ID: 411 (photoluminescence peak position)',2,'[]',34,75),
+(6173,'2022-06-23 02:03:12','410','ID: 410 (absorption peak position)',2,'[]',34,75),
+(6174,'2022-06-23 02:03:24','409','ID: 409 (photoluminescence)',2,'[]',34,75),
+(6175,'2022-06-23 02:03:34','408','ID: 408 (absorption spectrum)',2,'[]',34,75),
+(6176,'2022-06-23 02:03:44','22','ID: 22 (photoluminescence peak position)',2,'[]',34,75),
+(6177,'2022-06-23 02:03:54','106','ID: 106 (atomic structure)',2,'[]',34,75),
+(6178,'2022-06-23 02:04:03','140','ID: 140 (photoluminescence peak position)',2,'[]',34,75),
+(6179,'2022-06-23 02:04:12','407','ID: 407 (photoluminescence quantum efficiency (PLQE))',2,'[]',34,75),
+(6180,'2022-06-23 02:04:37','405','ID: 405 (band gap (optical, transmission))',2,'[]',34,75),
+(6181,'2022-06-23 02:04:49','403','ID: 403 (absorption peak position)',2,'[]',34,75),
+(6182,'2022-06-23 02:05:05','167','ID: 167 (atomic structure)',2,'[]',34,75),
+(6183,'2022-06-23 02:05:16','168','ID: 168 (atomic structure)',2,'[]',34,75),
+(6184,'2022-06-23 02:05:26','176','ID: 176 (atomic structure)',2,'[]',34,75),
+(6185,'2022-06-23 02:05:35','178','ID: 178 (atomic structure)',2,'[]',34,75),
+(6186,'2022-06-23 02:05:48','179','ID: 179 (atomic structure)',2,'[]',34,75),
+(6187,'2022-06-23 02:05:57','182','ID: 182 (atomic structure)',2,'[]',34,75),
+(6188,'2022-06-23 02:06:06','402','ID: 402 (photoluminescence peak position)',2,'[]',34,75),
+(6189,'2022-06-23 02:06:15','401','ID: 401 (band gap (optical, transmission))',2,'[]',34,75),
+(6190,'2022-06-23 02:06:23','400','ID: 400 (absorption peak position)',2,'[]',34,75),
+(6191,'2022-06-23 02:06:33','398','ID: 398 (atomic structure)',2,'[]',34,75),
+(6192,'2022-06-23 02:06:42','397','ID: 397 (atomic structure)',2,'[]',34,75),
+(6193,'2022-06-23 02:07:01','396','ID: 396 (absorption spectrum)',2,'[]',34,75),
+(6194,'2022-06-23 02:07:10','395','ID: 395 (photoluminescence)',2,'[]',34,75),
+(6195,'2022-06-23 02:07:18','394','ID: 394 (absorption spectrum)',2,'[]',34,75),
+(6196,'2022-06-23 02:07:30','393','ID: 393 (photoluminescence)',2,'[]',34,75),
+(6197,'2022-06-23 02:07:43','389','ID: 389 (photoluminescence peak position)',2,'[]',34,75),
+(6198,'2022-06-23 02:08:01','388','ID: 388 (photoluminescence peak position)',2,'[]',34,75),
+(6199,'2022-06-23 02:08:11','386','ID: 386 (photoluminescence peak position)',2,'[]',34,75),
+(6200,'2022-06-23 02:08:22','385','ID: 385 (photoluminescence peak position)',2,'[]',34,75),
+(6201,'2022-06-23 02:08:30','384','ID: 384 (photoluminescence peak position)',2,'[]',34,75),
+(6202,'2022-06-23 02:08:42','383','ID: 383 (photoluminescence peak position)',2,'[]',34,75),
+(6203,'2022-06-23 02:08:54','382','ID: 382 (photoluminescence peak position)',2,'[]',34,75),
+(6204,'2022-06-23 02:09:06','381','ID: 381 (photoluminescence peak position)',2,'[]',34,75),
+(6205,'2022-06-23 02:09:15','380','ID: 380 (photoluminescence peak position)',2,'[]',34,75),
+(6206,'2022-06-23 02:09:27','379','ID: 379 (photoluminescence peak position)',2,'[]',34,75),
+(6207,'2022-06-23 02:09:37','377','ID: 377 (photoluminescence peak position)',2,'[]',34,75),
+(6208,'2022-06-23 02:10:05','277','ID: 277 (transient absorption)',2,'[]',34,75),
+(6209,'2022-06-23 02:10:17','275','ID: 275 (absorption spectrum)',2,'[]',34,75),
+(6210,'2022-06-23 02:10:26','273','ID: 273 (atomic structure)',2,'[]',34,75),
+(6211,'2022-06-23 02:10:38','272','ID: 272 (atomic structure)',2,'[]',34,75),
+(6212,'2022-06-23 02:10:47','271','ID: 271 (atomic structure)',2,'[]',34,75),
+(6213,'2022-06-23 02:10:57','270','ID: 270 (atomic structure)',2,'[]',34,75),
+(6214,'2022-06-23 02:11:07','268','ID: 268 (atomic structure)',2,'[]',34,75),
+(6215,'2022-06-23 02:11:16','267','ID: 267 (atomic structure)',2,'[]',34,75),
+(6216,'2022-06-23 02:11:31','266','ID: 266 (atomic structure)',2,'[]',34,75),
+(6217,'2022-06-23 02:11:41','233','ID: 233 (atomic structure)',2,'[]',34,75),
+(6218,'2022-06-23 02:11:51','232','ID: 232 (atomic structure)',2,'[]',34,75),
+(6219,'2022-06-23 02:12:00','230','ID: 230 (atomic structure)',2,'[]',34,75),
+(6220,'2022-06-23 02:12:19','229','ID: 229 (atomic structure)',2,'[{\"deleted\": {\"name\": \"comment\", \"object\": \"CIF file available at CCDC 120685\"}}]',34,75),
+(6221,'2022-06-23 02:12:32','228','ID: 228 (atomic structure)',2,'[{\"deleted\": {\"name\": \"comment\", \"object\": \"CIF file available at CCDC 134705.\"}}]',34,75),
+(6222,'2022-06-23 02:12:45','227','ID: 227 (atomic structure)',2,'[{\"deleted\": {\"name\": \"comment\", \"object\": \"CIF file located at CCDC 754084.\"}}]',34,75),
+(6223,'2022-06-23 02:13:08','226','ID: 226 (atomic structure)',2,'[{\"deleted\": {\"name\": \"comment\", \"object\": \"CIF file available at CCDC 1542464.\"}}]',34,75),
+(6224,'2022-06-23 02:13:19','225','ID: 225 (atomic structure)',2,'[]',34,75),
+(6225,'2022-06-23 02:13:30','225','ID: 225 (atomic structure)',2,'[{\"deleted\": {\"name\": \"comment\", \"object\": \"CIF file available at CCDC 1542461.\"}}]',34,75),
+(6226,'2022-06-23 02:13:58','224','ID: 224 (atomic structure)',2,'[{\"deleted\": {\"name\": \"comment\", \"object\": \"CIF file available at CCDC 1542460.\"}}]',34,75),
+(6227,'2022-06-23 02:14:11','223','ID: 223 (atomic structure)',2,'[{\"deleted\": {\"name\": \"comment\", \"object\": \"CIF file available at CCDC 1542462.\"}}]',34,75),
+(6228,'2022-06-23 02:15:14','183','ID: 183 (atomic structure)',2,'[]',34,75),
+(6229,'2022-06-23 02:15:25','184','ID: 184 (atomic structure)',2,'[]',34,75),
+(6230,'2022-06-23 02:16:13','185','ID: 185 (atomic structure)',2,'[]',34,75),
+(6231,'2022-06-23 02:16:30','221','ID: 221 (atomic structure)',2,'[]',34,75),
+(6232,'2022-06-23 02:17:35','206','ID: 206 (atomic structure)',2,'[]',34,75),
+(6233,'2022-06-23 02:17:47','205','ID: 205 (atomic structure)',2,'[]',34,75),
+(6234,'2022-06-23 02:18:00','201','ID: 201 (atomic structure)',2,'[]',34,75),
+(6235,'2022-06-23 02:18:20','198','ID: 198 (atomic structure)',2,'[]',34,75),
+(6236,'2022-06-23 02:18:29','197','ID: 197 (atomic structure)',2,'[]',34,75),
+(6237,'2022-06-23 02:18:54','194','ID: 194 (atomic structure)',2,'[]',34,75),
+(6238,'2022-06-23 02:24:11','1501','ID: 1501 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(6239,'2022-06-23 13:51:22','841','ID: 841 (absorption spectrum)',2,'[{\"added\": {\"name\": \"note\", \"object\": \"ID: 105\"}}]',34,35),
+(6240,'2022-06-23 14:08:26','841','ID: 841 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 486\", \"fields\": [\"Value\"]}}, {\"deleted\": {\"name\": \"note\", \"object\": \"ID: None\"}}]',34,35),
+(6241,'2022-06-23 14:10:44','841','ID: 841 (absorption spectrum)',2,'[]',34,75),
+(6242,'2022-06-23 14:14:21','841','ID: 841 (absorption spectrum)',2,'[]',34,75),
+(6243,'2022-06-24 17:30:20','1529','ID: 1529 (Thermogravimetric behavior)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,75),
+(6244,'2022-06-26 17:07:38','1102','ID: 1102 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 636\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Comment CCDC deposition numbers: 1552605 (300K) & 1552604 (250K)\"}}]',34,75),
+(6245,'2022-06-26 17:24:17','1103','ID: 1103 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 637\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 637\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1360\"}}]',34,75),
+(6246,'2022-06-26 17:26:23','1104','ID: 1104 (band gap (optical, integrating sphere))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 638\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 638\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1361\"}}]',34,75),
+(6247,'2022-06-26 17:28:40','1105','ID: 1105 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 639\", \"fields\": [\"Starting materials\", \"Description\"]}}]',34,75),
+(6248,'2022-06-26 18:23:19','1106','ID: 1106 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 640\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Comment CCDC deposition number: 1552603\"}}]',34,75),
+(6249,'2022-06-27 17:13:28','1108','ID: 1108 (band gap (optical, integrating sphere))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 642\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1362\"}}]',34,75),
+(6250,'2022-06-27 17:53:10','1109','ID: 1109 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 643\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1363\"}}]',34,75),
+(6251,'2022-06-27 17:59:04','1111','ID: 1111 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 645\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Comment CCDC deposition number: 1552602\"}}]',34,75),
+(6252,'2022-06-27 19:15:20','1113','ID: 1113 (band gap (optical, integrating sphere))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 647\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1364\"}}]',34,75),
+(6253,'2022-06-27 19:16:00','1113','ID: 1113 (band gap (optical, integrating sphere))',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 647\", \"fields\": [\"Method\"]}}]',34,75),
+(6254,'2022-06-27 19:28:14','1114','ID: 1114 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 648\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 648\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1365\"}}]',34,75),
+(6255,'2022-06-27 19:28:43','1114','ID: 1114 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}]',34,75),
+(6256,'2022-06-27 19:51:44','1111','ID: 1111 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 645\", \"fields\": [\"Description\"]}}]',34,75),
+(6257,'2022-06-27 19:52:19','1113','ID: 1113 (band gap (optical, integrating sphere))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 647\", \"fields\": [\"Description\"]}}]',34,75),
+(6258,'2022-06-27 19:52:45','1114','ID: 1114 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 648\", \"fields\": [\"Description\"]}}]',34,75),
+(6259,'2022-06-27 19:58:20','1116','ID: 1116 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 650\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1366\"}}]',34,75),
+(6260,'2022-06-27 20:05:32','1115','ID: 1115 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 649\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1367\"}}]',34,75),
+(6261,'2022-06-27 21:57:09','276','Guanidinium caesium lead bromide',2,'[{\"changed\": {\"fields\": [\"N\"]}}]',2,75),
+(6262,'2022-06-27 23:12:24','278','Bis(butylammonium) tetrakis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"N\"]}}]',2,75),
+(6263,'2022-06-27 23:17:25','1117','ID: 1117 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Extraction method\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 651\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 651\", \"fields\": [\"Description\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"CCDC deposition number: 1530117. This is the centrosymmetric model, the noncentrosymmetric model is available at CCDC deposition number 1530118.\"}}]',34,75),
+(6264,'2022-06-27 23:18:40','1118','ID: 1118 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 652\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1368\"}}]',34,75),
+(6265,'2022-06-27 23:19:04','1118','ID: 1118 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}]',34,75),
+(6266,'2022-06-27 23:32:03','1119','ID: 1119 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 653\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1369\"}}]',34,75),
+(6267,'2022-06-27 23:37:09','1120','ID: 1120 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 654\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1370\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1371\"}}]',34,75),
+(6268,'2022-06-27 23:38:20','1121','ID: 1121 (photoluminescence peak position)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 655\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1372\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1373\"}}]',34,75),
+(6269,'2022-06-27 23:56:17','1129','ID: 1129 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 662\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 662\", \"fields\": [\"Description\"]}}]',34,75),
+(6270,'2022-06-28 00:04:02','1130','ID: 1130 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 663\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 663\", \"fields\": [\"Description\"]}}]',34,75),
+(6271,'2022-06-28 00:13:00','1131','ID: 1131 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1402\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 664\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1374\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1375\"}}]',34,75),
+(6272,'2022-06-28 00:26:45','1132','ID: 1132 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1403\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 665\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1376\"}}]',34,75),
+(6273,'2022-06-28 00:27:11','1132','ID: 1132 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,75),
+(6274,'2022-06-28 15:16:46','1133','ID: 1133 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1404\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 666\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1377\"}}]',34,75),
+(6275,'2022-06-28 15:19:02','1134','ID: 1134 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1405\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 667\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1378\"}}]',34,75),
+(6276,'2022-06-28 15:25:31','1135','ID: 1135 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property\", \"Sample type\", \"Linked to\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1406\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1528\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1379\"}}]',34,75),
+(6277,'2022-06-28 15:45:58','1136','ID: 1136 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"System\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 664\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1380\"}}]',34,75),
+(6278,'2022-06-28 15:46:23','1136','ID: 1136 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',34,75),
+(6279,'2022-06-28 15:53:46','481','3-(aminomethyl)piperidinium 4-(aminomethyl)piperidinium tin iodide',1,'[{\"added\": {}}]',2,75),
+(6280,'2022-06-28 15:57:07','481','3-(aminomethyl)piperidinium 4-(aminomethyl)piperidinium tin iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,75),
+(6281,'2022-06-28 15:59:57','1137','ID: 1137 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 665\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1381\"}}]',34,75),
+(6282,'2022-06-28 16:00:20','1137','ID: 1137 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',34,75),
+(6283,'2022-06-28 16:17:31','482','4-aminomethylpyridinium lead iodide',1,'[{\"added\": {}}]',2,75),
+(6284,'2022-06-28 16:17:57','1136','ID: 1136 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"System\", \"Dimensionality\"]}}]',34,75),
+(6285,'2022-06-28 16:21:57','481','3-aminomethylpyridinium 4-aminomethylpyridinium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,75),
+(6286,'2022-06-28 16:22:16','1137','ID: 1137 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',34,75),
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+(6450,'2022-07-05 18:27:04','1271','ID: 1271 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,75),
+(6451,'2022-07-05 18:27:41','1275','ID: 1275 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(6452,'2022-07-05 18:30:34','1280','ID: 1280 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(6453,'2022-07-05 18:31:02','1285','ID: 1285 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,75),
+(6454,'2022-07-05 18:32:20','1286','ID: 1286 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(6455,'2022-07-05 18:33:59','1290','ID: 1290 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(6456,'2022-07-05 18:34:15','1291','ID: 1291 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(6457,'2022-07-05 18:34:41','1295','ID: 1295 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(6458,'2022-07-05 18:35:02','1296','ID: 1296 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(6459,'2022-07-05 18:35:29','1298','ID: 1298 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(6460,'2022-07-05 18:35:56','1302','ID: 1302 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(6461,'2022-07-05 18:36:15','1303','ID: 1303 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(6462,'2022-07-05 18:36:40','1307','ID: 1307 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(6463,'2022-07-05 18:36:58','1310','ID: 1310 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(6464,'2022-07-05 18:37:17','1311','ID: 1311 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(6465,'2022-07-05 18:37:35','1312','ID: 1312 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(6466,'2022-07-05 18:38:00','1317','ID: 1317 (absorption coefficient)',2,'[{\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(6467,'2022-07-05 18:38:17','1317','ID: 1317 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,75),
+(6468,'2022-07-05 18:39:04','1287','ID: 1287 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(6469,'2022-07-05 18:39:27','1281','ID: 1281 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(6470,'2022-07-05 18:39:50','1276','ID: 1276 (absorption coefficient)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(6471,'2022-07-05 19:30:27','1266','ID: 1266 (band gap (optical, diffuse reflectance))',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1424\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 788\", \"fields\": [\"Method\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 699\", \"fields\": [\"Value\"]}}]',34,75),
+(6472,'2022-07-05 19:30:57','1266','ID: 1266 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,75),
+(6473,'2022-07-05 19:37:28','1268','ID: 1268 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 790\", \"fields\": [\"Method\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 701\", \"fields\": [\"Value\"]}}]',34,75),
+(6474,'2022-07-05 19:38:11','1268','ID: 1268 (absorption spectrum)',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1425\"}}]',34,75),
+(6475,'2022-07-05 19:40:50','1269','ID: 1269 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 765\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}]',34,75),
+(6476,'2022-07-07 03:08:12','1873','ID: 1873 (band gap (fundamental))',2,'[{\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}]',34,35),
+(6477,'2022-07-07 03:12:11','1146','ID: 1146 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,35),
+(6478,'2022-07-07 03:13:37','1875','ID: 1875 (band gap (fundamental))',2,'[{\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}]',34,35),
+(6479,'2022-07-07 03:27:40','1874','ID: 1874 (band gap (fundamental))',2,'[{\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}]',34,35),
+(6480,'2022-07-07 03:31:02','1876','ID: 1876 (band gap (fundamental))',2,'[{\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}]',34,35),
+(6481,'2022-07-07 03:39:44','285','(3AMPY)0.5(4AMPY)0.5Sn2I6',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,35),
+(6482,'2022-07-21 14:58:55','61','2019 -  J. Hu, I. Oswald, S. Stuard, M. Nahid, N. Zhou, O. Williams, Z. Guo, L. Yan, H. Hu, Z. Chen, X. Xiao, Y. Lin, Z. Yang, J. Huang, A. Moran, H. Ade, J. Neilson, W. You, Nature Communications 10 ',2,'[{\"changed\": {\"fields\": [\"Doi isbn\"]}}]',3,75),
+(6483,'2022-07-21 14:58:59','2006','ID: 2006 (atomic structure)',2,'[]',34,75),
+(6484,'2022-07-28 11:51:54','1790','ID: 1790 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2035 (6 data points)\", \"fields\": [\"Space group ID\"]}}]',34,66),
+(6485,'2022-07-28 11:52:25','1790','ID: 1790 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,66),
+(6486,'2022-07-29 08:12:08','1','Methylammonium lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6487,'2022-07-29 08:51:17','2028','ID: 2028 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"System\"]}}]',34,84),
+(6488,'2022-07-29 09:10:13','2031','ID: 2031 (photoluminescence)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1441\"}}]',34,84),
+(6489,'2022-07-29 09:21:40','2032','ID: 2032 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,84),
+(6490,'2022-08-02 21:16:06','1270','ID: 1270 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1485 (1 data points)\", \"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 703\", \"fields\": [\"Value\"]}}]',34,75),
+(6491,'2022-08-02 21:31:20','1272','ID: 1272 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}, {\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 705\", \"fields\": [\"Value\"]}}]',34,75),
+(6492,'2022-08-02 21:56:24','1273','ID: 1273 (atomic structure)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1488 (6 data points)\", \"fields\": [\"Space group\"]}}]',34,75),
+(6493,'2022-08-02 22:01:51','1273','ID: 1273 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 766\", \"fields\": [\"Product\"]}}]',34,75),
+(6494,'2022-08-02 22:07:09','1274','ID: 1274 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 114\"}}]',34,75),
+(6495,'2022-08-02 22:12:33','1277','ID: 1277 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\", \"Sample type\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 799\", \"fields\": [\"Method\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1492 (49 data points)\", \"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 710\", \"fields\": [\"Value\"]}}]',34,75),
+(6496,'2022-08-02 22:34:00','1277','ID: 1277 (absorption spectrum)',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1437\"}}]',34,75),
+(6497,'2022-08-02 22:41:01','1278','ID: 1278 (atomic structure)',2,'[]',34,75),
+(6498,'2022-08-02 22:56:54','1279','ID: 1279 (band gap (optical, diffuse reflectance))',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1438\"}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1494 (1 data points)\", \"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 713\", \"fields\": [\"Value\"]}}]',34,75),
+(6499,'2022-08-02 22:57:31','1279','ID: 1279 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,75),
+(6500,'2022-08-02 23:00:17','1282','ID: 1282 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\", \"Sample type\", \"Linked to\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 804\", \"fields\": [\"Method\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1497 (56 data points)\", \"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 715\", \"fields\": [\"Value\"]}}]',34,75),
+(6501,'2022-08-02 23:04:07','1282','ID: 1282 (absorption spectrum)',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1439\"}}]',34,75),
+(6502,'2022-08-02 23:44:51','1283','ID: 1283 (atomic structure)',2,'[]',34,75),
+(6503,'2022-08-02 23:45:17','1284','ID: 1284 (atomic structure)',2,'[]',34,75),
+(6504,'2022-08-02 23:48:15','1288','ID: 1288 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 721\", \"fields\": [\"Value\"]}}]',34,75),
+(6505,'2022-08-02 23:48:58','1284','ID: 1284 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"System\"]}}]',34,75),
+(6506,'2022-08-02 23:49:14','1288','ID: 1288 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"System\"]}}]',34,75),
+(6507,'2022-08-03 14:45:20','1284','ID: 1284 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 769\", \"fields\": [\"Product\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 717\", \"fields\": [\"error\"]}}]',34,75),
+(6508,'2022-08-03 15:17:07','1289','ID: 1289 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1504 (6 data points)\", \"fields\": [\"Space group\"]}}]',34,75),
+(6509,'2022-08-03 15:18:31','1292','ID: 1292 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1507 (1 data points)\", \"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 725\", \"fields\": [\"Value\"]}}]',34,75),
+(6510,'2022-08-03 15:19:04','1293','ID: 1293 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1508 (42 data points)\", \"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 726\", \"fields\": [\"Value\"]}}]',34,75),
+(6511,'2022-08-03 15:25:59','1294','ID: 1294 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1509 (6 data points)\", \"fields\": [\"Space group\"]}}]',34,75),
+(6512,'2022-08-03 15:27:12','1297','ID: 1297 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1512 (1 data points)\", \"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 730\", \"fields\": [\"Value\"]}}]',34,75),
+(6513,'2022-08-03 15:27:40','1299','ID: 1299 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1514 (38 data points)\", \"fields\": [\"Space group\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 732\", \"fields\": [\"Value\"]}}]',34,75),
+(6514,'2022-08-03 15:42:10','1301','ID: 1301 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 734\", \"fields\": [\"Value\"]}}]',34,75),
+(6515,'2022-08-03 15:42:22','1304','ID: 1304 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 737\", \"fields\": [\"Value\"]}}]',34,75),
+(6516,'2022-08-03 16:06:02','1306','ID: 1306 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 739\", \"fields\": [\"Value\"]}}]',34,75),
+(6517,'2022-08-03 16:06:26','1308','ID: 1308 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 741\", \"fields\": [\"Value\"]}}]',34,75),
+(6518,'2022-08-03 16:06:51','1313','ID: 1313 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 746\", \"fields\": [\"Value\"]}}]',34,75),
+(6519,'2022-08-03 16:07:02','1314','ID: 1314 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 747\", \"fields\": [\"Value\"]}}]',34,75),
+(6520,'2022-08-03 16:21:06','1315','ID: 1315 (atomic structure)',2,'[]',34,75),
+(6521,'2022-08-03 16:21:20','1316','ID: 1316 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 749\", \"fields\": [\"Value\"]}}]',34,75),
+(6522,'2022-08-03 16:21:33','1316','ID: 1316 (band gap (optical, diffuse reflectance))',2,'[]',34,75),
+(6523,'2022-08-03 16:21:47','1318','ID: 1318 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 751\", \"fields\": [\"Value\"]}}]',34,75),
+(6524,'2022-08-03 17:34:06','1319','ID: 1319 (Thermogravimetric behavior)',3,'',34,75),
+(6525,'2022-08-03 18:35:28','348','Azetidinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,75),
+(6526,'2022-08-03 18:48:39','1343','ID: 1343 (Thermogravimetric behavior)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 800\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1561 (25 data points)\", \"fields\": [\"Space group\"]}}]',34,75),
+(6527,'2022-08-03 18:49:14','190','2019 -  J. Tian, D. B. Cordes, C. Quarti, D. Belijonne, A. M.Z Slawin, E. Zysman-Colman, F. D. Morrison, American chemical society 8 , 5427 \"Stable 6H Organic–Inorganic Hybrid Lead Perovskite and Comp',2,'[{\"changed\": {\"fields\": [\"Doi isbn\"]}}]',3,75),
+(6528,'2022-08-03 18:49:19','1343','ID: 1343 (Thermogravimetric behavior)',2,'[]',34,75),
+(6529,'2022-08-04 11:02:54','2','Bis(phenylethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6530,'2022-08-04 11:03:12','3','5,5‘‘‘-bis(aminoethyl)-2,2‘:5‘,2‘‘:5‘‘,2‘‘‘-quaterthiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6531,'2022-08-04 11:03:25','4','Bis(2-anthrylmethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6532,'2022-08-04 11:03:52','6','Bis(2-(2-naphthyl)ethanammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6533,'2022-08-04 11:04:05','7','Bis(1-(2-naphthyl)methanammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6534,'2022-08-04 11:04:15','8','Bis(Phenylmethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6535,'2022-08-04 11:04:26','9','Bis(phenylethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6536,'2022-08-04 11:04:38','10','Bis(2-(2-naphtyl)ethanammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6537,'2022-08-04 11:04:52','11','Bis(phenylethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6538,'2022-08-04 11:05:13','12','Bis(phenylmethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6539,'2022-08-04 11:05:24','13','Bis(phenylmethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6540,'2022-08-04 11:05:36','14','Bis(2-naphtylmethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6541,'2022-08-04 11:06:21','15','Bis(Butylammonium) germanium iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6542,'2022-08-04 11:06:34','16','Bis(Butylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6543,'2022-08-04 11:06:46','17','Bis(Butylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6544,'2022-08-04 11:06:56','18','Bis(aminoethyl)-thiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6545,'2022-08-04 11:07:07','19','Bis(aminoethyl)-bithiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6546,'2022-08-04 11:07:21','19','Bis(aminoethyl)-bithiophene lead bromide',2,'[]',2,84),
+(6547,'2022-08-04 11:07:35','20','Bis(aminoethyl)-terthiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6548,'2022-08-04 11:07:46','21','5,5‘‘‘-bis(aminoethyl)-2,2‘:5‘,2‘‘:5‘‘,2‘‘‘-quaterthiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6549,'2022-08-04 11:07:58','21','5,5‘‘‘-bis(aminoethyl)-2,2‘:5‘,2‘‘:5‘‘,2‘‘‘-quaterthiophene lead chloride',2,'[]',2,84),
+(6550,'2022-08-04 11:08:12','22','5,5\'\'\'-bis(aminoethyl)-2,2\':5\',2\'\':5\'\',2\'\'\'-quaterthiophene lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6551,'2022-08-04 11:08:28','23','Bis(aminoethyl)-quinquethiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6552,'2022-08-04 11:08:43','24','Methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6553,'2022-08-04 11:08:53','25','Anthracenidemethylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6554,'2022-08-04 11:09:03','26','Anthracenidemethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6555,'2022-08-04 11:09:24','27','Bis(1-(2-naphthyl)methanammonium)',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6556,'2022-08-04 11:09:35','28','Bis(1-tetracenemethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6557,'2022-08-04 11:09:50','29','Bis(1-tetracenemethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6558,'2022-08-04 11:10:02','30','Bis(aminoethyl)-thiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6559,'2022-08-04 11:10:13','31','Bis(aminoethyl)-thiophene lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6560,'2022-08-04 11:10:25','32','Bis(aminoethyl)-bithiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6561,'2022-08-04 11:10:36','33','Bis(aminoethyl)-bithiophene lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6562,'2022-08-04 11:10:47','34','Bis(aminoethyl)-terthiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6563,'2022-08-04 11:11:05','34','Bis(aminoethyl)-terthiophene lead chloride',2,'[]',2,84),
+(6564,'2022-08-04 11:11:23','35','Bis(aminoethyl)-terthiophene lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6565,'2022-08-04 11:11:42','36','Bis(aminoethyl)-quinquethiophene lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6566,'2022-08-04 11:11:52','37','Bis(aminoethyl)-quinquethiophene lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6567,'2022-08-04 11:12:09','38','CsPbI3',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6568,'2022-08-04 11:12:19','39','Formamidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6569,'2022-08-04 11:12:28','40','Methylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6570,'2022-08-04 11:12:41','41','Formamidinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6571,'2022-08-04 11:12:51','42','Methylammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6572,'2022-08-04 11:14:05','45','5,5\'diylbis(amino-ethyl)-[2,2\'-bithiophene] silver bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6573,'2022-08-04 11:14:46','45','5,5\'diylbis(amino-ethyl)-[2,2\'-bithiophene] silver bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(6574,'2022-08-04 11:15:40','46','Cs2AgBiCl6',2,'[{\"changed\": {\"fields\": [\"Group\", \"Inorganic\"]}}]',2,84),
+(6575,'2022-08-04 11:15:49','47','N-methylethane-1,2-diammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6576,'2022-08-04 11:15:57','48','N-methylpropane-1,3-diammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6577,'2022-08-04 11:16:33','49','2,2′(ethylenedioxy)bis(ethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Group\", \"Iupac\"]}}]',2,84),
+(6578,'2022-08-04 14:34:14','483','3-aminomethylpyridinium lead tin iodide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,75),
+(6579,'2022-08-08 22:49:46','1809','ID: 1809 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,75),
+(6580,'2022-08-08 23:17:13','1761','ID: 1761 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1184\", \"fields\": [\"Method\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 846\", \"fields\": [\"Value\"]}}]',34,75),
+(6581,'2022-08-09 00:16:26','1783','ID: 1783 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1206\", \"fields\": [\"Method\"]}}]',34,75),
+(6582,'2022-08-11 12:51:21','3','5,5‘‘‘-bis(aminoethyl)-2,2‘:5‘,2‘‘:5‘‘,2‘‘‘-quaterthiophene lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(6583,'2022-08-11 12:53:17','50','2,2′(ethylenedioxy)bis(ethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,84),
+(6584,'2022-08-11 12:54:36','44','Formamidinium tin iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6585,'2022-08-11 12:55:00','45','5,5\'diylbis(amino-ethyl)-[2,2\'-bithiophene] silver bismuth iodide',2,'[]',2,84),
+(6586,'2022-08-11 12:55:11','46','Cs2AgBiCl6',2,'[]',2,84),
+(6587,'2022-08-11 12:56:12','53','5,5‘ ‘‘-bis(aminoethyl)-2,2‘:5‘,2‘ ‘:5‘ ‘,2‘ ‘‘-quaterthiophene antimony iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6588,'2022-08-11 12:59:03','54','5,5‘ ‘‘-bis(aminoethyl)-2,2‘:5‘,2‘ ‘:5‘ ‘,2‘ ‘‘-quaterthiophene bismuth iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6589,'2022-08-11 13:02:34','50','2,2′(ethylenedioxy)bis(ethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6590,'2022-08-11 13:30:31','55','Tetra(ethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6591,'2022-08-11 13:30:51','56','Tetra(ethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6592,'2022-08-11 13:31:28','57','tetra(N,N′-dimethylethylene-1,2-diammonium bromide) tin bromide',2,'[{\"changed\": {\"fields\": [\"Group\", \"Iupac\"]}}]',2,84),
+(6593,'2022-08-11 13:32:35','58','tetra(N,N′-dimethylethylene-1,2-diammonium iodide) tin iodide',2,'[{\"changed\": {\"fields\": [\"Group\", \"Iupac\"]}}]',2,84),
+(6594,'2022-08-11 13:35:59','59','Bis(1-butyl-1-methylpyrrolidinium) antimony chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6595,'2022-08-11 13:36:20','60','Bis(hexylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6596,'2022-08-11 13:36:42','61','Bis(dodecylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6597,'2022-08-11 13:37:20','63','2-methyl-1,5-pentanediamine lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6598,'2022-08-11 13:38:05','64','Bis(butylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6599,'2022-08-11 13:38:23','65','1,8-octyldiammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6600,'2022-08-11 13:59:27','66','bis(4-aminobutonic acid) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6601,'2022-08-11 13:59:42','67','3-(2-ammonioethyl)anilinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6602,'2022-08-11 13:59:58','68','1,4-butyldiammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6603,'2022-08-11 14:05:22','68','1,4-butyldiammonium lead bromide',2,'[]',2,84),
+(6604,'2022-08-11 14:05:48','69','Histammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6605,'2022-08-11 14:06:09','70','Tris(2,6-dimethylpiperazine) lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,84),
+(6606,'2022-08-11 14:45:18','1783','ID: 1783 (absorption spectrum)',2,'[]',34,75),
+(6607,'2022-08-11 14:49:39','1463','ID: 1463',2,'[]',39,75),
+(6608,'2022-08-15 18:05:44','1358','ID: 1358 (atomic structure)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1578 (6 data points)\", \"fields\": [\"Space group\"]}}]',34,75),
+(6609,'2022-08-15 18:14:01','1358','ID: 1358 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 815\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1578 (6 data points)\", \"fields\": [\"Space group\"]}}]',34,75),
+(6610,'2022-08-15 18:20:59','1359','ID: 1359 (photoluminescence excitation)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 816\", \"fields\": [\"Starting materials\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1442\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1443\"}}]',34,75),
+(6611,'2022-08-15 18:27:37','1360','ID: 1360 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 817\", \"fields\": [\"Starting materials\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1444\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1445\"}}]',34,75),
+(6612,'2022-08-15 18:46:03','1362','ID: 1362 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"System\", \"Space group\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1553\"}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1582 (6 data points)\", \"fields\": [\"Space group\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1446\"}}]',34,75),
+(6613,'2022-08-15 19:46:27','1363','ID: 1363 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 819\", \"fields\": [\"Starting materials\", \"Product\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1447\"}}]',34,75),
+(6614,'2022-08-16 16:48:28','1364','ID: 1364 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1464\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1448\"}}]',34,75),
+(6615,'2022-08-16 16:57:38','1366','ID: 1366 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1465\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 885\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1449\"}}]',34,75),
+(6616,'2022-08-16 16:59:24','1370','ID: 1370 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Visible\", \"Representative\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 115\"}}]',34,75),
+(6617,'2022-08-16 17:05:11','1375','ID: 1375 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Visible\", \"Representative\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 116\"}}]',34,75),
+(6618,'2022-08-16 17:06:40','364','Bis(pentylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"N\"]}}]',2,75),
+(6619,'2022-08-16 17:23:50','1367','ID: 1367 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 820\", \"fields\": [\"Starting materials\", \"Product\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1450\"}}]',34,75),
+(6620,'2022-08-16 17:28:56','1365','ID: 1365 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\", \"Sample type\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1466\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1451\"}}]',34,75),
+(6621,'2022-08-16 17:29:13','1364','ID: 1364 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,75),
+(6622,'2022-08-16 17:31:06','1368','ID: 1368 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\", \"Primary unit\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1467\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1452\"}}]',34,75),
+(6623,'2022-08-16 17:31:30','1368','ID: 1368 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,75),
+(6624,'2022-08-16 17:38:28','1371','ID: 1371 (band gap (fundamental))',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1468\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1453\"}}]',34,75),
+(6625,'2022-08-16 17:38:58','1371','ID: 1371 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,75),
+(6626,'2022-08-16 17:39:29','1371','ID: 1371 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,75),
+(6627,'2022-08-16 17:41:00','1372','ID: 1372 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1469\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 891\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1454\"}}]',34,75),
+(6628,'2022-08-16 18:02:01','365','Bis(pentylammonium) tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"N\"]}}]',2,75),
+(6629,'2022-08-16 18:03:40','1374','ID: 1374 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 821\", \"fields\": [\"Starting materials\", \"Product\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1455\"}}]',34,75),
+(6630,'2022-08-16 18:22:48','1376','ID: 1376 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\", \"Sample type\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1470\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1456\"}}]',34,75),
+(6631,'2022-08-16 18:24:28','1377','ID: 1377 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\", \"Sample type\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1471\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1457\"}}]',34,75),
+(6632,'2022-08-16 18:29:42','1378','ID: 1378 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1472\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 897\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1458\"}}]',34,75),
+(6633,'2022-08-16 18:31:31','1380','ID: 1380 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 117\"}}]',34,75),
+(6634,'2022-08-16 18:32:19','1381','ID: 1381 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 822\", \"fields\": [\"Starting materials\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1459\"}}]',34,75),
+(6635,'2022-08-16 18:33:00','366','Bis(pentylammonium) tetrakis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"N\"]}}]',2,75),
+(6636,'2022-08-16 18:33:04','1381','ID: 1381 (atomic structure)',2,'[]',34,75),
+(6637,'2022-08-16 18:34:12','1382','ID: 1382 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1473\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1460\"}}]',34,75),
+(6638,'2022-08-17 01:15:20','1383','ID: 1383 (band gap (optical, diffuse reflectance))',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1461\"}}]',34,75),
+(6639,'2022-08-17 01:20:28','1384','ID: 1384 (absorption spectrum)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1462\"}}]',34,75),
+(6640,'2022-08-17 01:21:09','1385','ID: 1385 (photoluminescence peak position)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1463\"}}]',34,75),
+(6641,'2022-08-17 01:22:01','1386','ID: 1386 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1464\"}}]',34,75),
+(6642,'2022-08-17 01:24:01','1387','ID: 1387 (atomic structure)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1465\"}}]',34,75),
+(6643,'2022-08-17 01:24:47','1388','ID: 1388 (absorption spectrum)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1466\"}}]',34,75),
+(6644,'2022-08-17 01:25:33','1389','ID: 1389 (band gap (optical, diffuse reflectance))',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1467\"}}]',34,75),
+(6645,'2022-08-17 01:26:05','1390','ID: 1390 (band gap (optical, diffuse reflectance))',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1468\"}}]',34,75),
+(6646,'2022-08-17 01:26:42','1391','ID: 1391 (photoluminescence peak position)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1469\"}}]',34,75),
+(6647,'2022-08-17 01:27:31','1392','ID: 1392 (atomic structure)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1470\"}}]',34,75),
+(6648,'2022-08-17 01:27:50','1393','ID: 1393 (band gap (optical, diffuse reflectance))',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1471\"}}]',34,75),
+(6649,'2022-08-17 01:28:13','1394','ID: 1394 (photoluminescence)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1472\"}}]',34,75),
+(6650,'2022-08-17 01:28:32','1395','ID: 1395 (band gap (optical, diffuse reflectance))',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1473\"}}]',34,75),
+(6651,'2022-08-17 01:28:52','1396','ID: 1396 (photoluminescence peak position)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1474\"}}]',34,75),
+(6652,'2022-08-17 01:29:13','1397','ID: 1397 (atomic structure)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1475\"}}]',34,75),
+(6653,'2022-08-17 01:29:39','1398','ID: 1398 (absorption spectrum)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1476\"}}]',34,75),
+(6654,'2022-08-17 01:30:12','1399','ID: 1399 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1477\"}}]',34,75),
+(6655,'2022-08-17 01:30:33','1400','ID: 1400 (absorption spectrum)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1478\"}}]',34,75),
+(6656,'2022-08-17 01:30:58','1401','ID: 1401 (photoluminescence)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1479\"}}]',34,75),
+(6657,'2022-08-17 01:31:14','1402','ID: 1402 (absorption spectrum)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1480\"}}]',34,75),
+(6658,'2022-08-17 01:31:43','1403','ID: 1403 (band gap (optical, diffuse reflectance))',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1481\"}}]',34,75),
+(6659,'2022-08-17 01:32:10','1404','ID: 1404 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1482\"}}]',34,75),
+(6660,'2022-08-17 01:32:32','1405','ID: 1405 (photoluminescence peak position)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1483\"}}]',34,75),
+(6661,'2022-08-17 01:32:55','1406','ID: 1406 (photoluminescence)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1484\"}}]',34,75),
+(6662,'2022-08-17 01:33:20','1407','ID: 1407 (absorption spectrum)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1485\"}}]',34,75),
+(6663,'2022-08-17 01:33:40','1408','ID: 1408 (band gap (optical, diffuse reflectance))',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1486\"}}]',34,75),
+(6664,'2022-08-17 01:34:19','1409','ID: 1409 (band gap (optical, diffuse reflectance))',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1487\"}}]',34,75),
+(6665,'2022-08-17 01:34:46','1410','ID: 1410 (photoluminescence peak position)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1488\"}}]',34,75),
+(6666,'2022-08-17 01:35:21','1411','ID: 1411 (photoluminescence)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1489\"}}]',34,75),
+(6667,'2022-08-17 01:35:38','1412','ID: 1412 (band gap (optical, diffuse reflectance))',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1490\"}}]',34,75),
+(6668,'2022-08-17 01:36:05','1413','ID: 1413 (absorption spectrum)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1491\"}}]',34,75),
+(6669,'2022-08-17 01:36:25','1414','ID: 1414 (band gap (optical, diffuse reflectance))',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1492\"}}]',34,75),
+(6670,'2022-08-17 01:36:42','1415','ID: 1415 (photoluminescence peak position)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1493\"}}]',34,75),
+(6671,'2022-08-17 01:36:58','1416','ID: 1416 (photoluminescence)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1494\"}}]',34,75),
+(6672,'2022-08-17 01:37:18','1416','ID: 1416 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,75),
+(6673,'2022-08-17 01:37:36','1417','ID: 1417 (absorption spectrum)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1495\"}}]',34,75),
+(6674,'2022-08-17 01:39:29','1416','ID: 1416 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 118\"}}]',34,75),
+(6675,'2022-08-17 01:44:59','1394','ID: 1394 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 119\"}}]',34,75),
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+(6679,'2022-08-19 19:52:06','1428','ID: 1428 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 842\", \"fields\": [\"Starting materials\", \"Product\"]}}]',34,75),
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+(6759,'2022-08-22 20:48:04','1616','ID: 1616 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 122\"}}]',34,75),
+(6760,'2022-08-22 20:49:39','1618','ID: 1618 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 987\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1092\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1533\"}}]',34,75),
+(6761,'2022-08-23 20:32:13','1641','ID: 1641 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 991\", \"fields\": [\"Product\", \"Description\"]}}]',34,75),
+(6762,'2022-08-23 20:33:34','1642','ID: 1642 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 992\", \"fields\": [\"Product\", \"Description\"]}}]',34,75),
+(6763,'2022-08-23 20:34:26','1642','ID: 1642 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\", \"Space group\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1875 (6 data points)\", \"fields\": [\"Space group ID\", \"Space group\"]}}]',34,75),
+(6764,'2022-08-23 20:35:25','1641','ID: 1641 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1874 (6 data points)\", \"fields\": [\"Space group ID\"]}}]',34,75),
+(6765,'2022-08-23 20:43:57','1643','ID: 1643 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 993\", \"fields\": [\"Product\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1556\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1534\"}}]',34,75),
+(6766,'2022-08-23 20:49:45','1644','ID: 1644 (Thermogravimetric behavior)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 994\", \"fields\": [\"Product\", \"Description\"]}}]',34,75),
+(6767,'2022-08-23 20:51:28','1645','ID: 1645 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 995\", \"fields\": [\"Product\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1535\"}}]',34,75),
+(6768,'2022-08-23 23:34:55','1646','ID: 1646 (dielectric permittivity)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary unit\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1528\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1098\", \"fields\": [\"Method\"]}}]',34,75),
+(6769,'2022-08-24 18:20:48','1650','ID: 1650 (Thermogravimetric behavior)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 999\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1102\", \"fields\": [\"Description\"]}}]',34,75),
+(6770,'2022-08-24 18:21:23','415','Bis(methylammonium) manganese chloride',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"N\"]}}]',2,75),
+(6771,'2022-08-24 18:21:28','1650','ID: 1650 (Thermogravimetric behavior)',2,'[]',34,75),
+(6772,'2022-08-24 18:24:09','1651','ID: 1651 (absorption spectrum)',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1529\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1103\", \"fields\": [\"Method\", \"Description\"]}}]',34,75),
+(6773,'2022-08-24 18:25:46','1650','ID: 1650 (Thermogravimetric behavior)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1885 (23 data points)\", \"fields\": [\"Crystal system\"]}}]',34,75),
+(6774,'2022-08-24 18:30:33','1652','ID: 1652 (photoluminescence)',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1530\"}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1104\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1536\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1537\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1538\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1539\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1540\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1541\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1542\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1543\"}}]',34,75),
+(6775,'2022-08-24 19:38:38','1653','ID: 1653 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"Space group ID\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1531\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1557\"}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1891 (6 data points)\", \"fields\": [\"Space group ID\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1544\"}}]',34,75),
+(6776,'2022-08-24 19:49:42','1657','ID: 1657 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1003\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1108\", \"fields\": [\"Description\"]}}]',34,75),
+(6777,'2022-08-24 20:03:36','1660','ID: 1660 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1006\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1110\", \"fields\": [\"Description\"]}}]',34,75),
+(6778,'2022-08-24 20:15:23','1663','ID: 1663 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1009\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1112\", \"fields\": [\"Description\"]}}]',34,75),
+(6779,'2022-08-24 20:16:28','1664','ID: 1664 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1010\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1113\", \"fields\": [\"Description\"]}}]',34,75),
+(6780,'2022-08-24 20:29:05','1658','ID: 1658 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\", \"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1004\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1109\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1545\"}}]',34,75),
+(6781,'2022-08-24 20:30:24','1659','ID: 1659 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,75),
+(6782,'2022-08-24 20:31:41','1661','ID: 1661 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1007\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1111\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1546\"}}]',34,75),
+(6783,'2022-08-24 20:32:22','1662','ID: 1662 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,75),
+(6784,'2022-08-24 20:33:34','1665','ID: 1665 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Primary property\", \"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1011\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1114\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1547\"}}]',34,75),
+(6785,'2022-08-24 20:34:12','1665','ID: 1665 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',34,75),
+(6786,'2022-08-24 20:34:38','1666','ID: 1666 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,75),
+(6787,'2022-08-24 21:25:14','1667','ID: 1667 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1013\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1115\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1548\"}}]',34,75),
+(6788,'2022-08-24 21:31:43','1669','ID: 1669 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1015\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1117\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1549\"}}]',34,75),
+(6789,'2022-08-24 21:33:39','1671','ID: 1671 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1017\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1119\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1550\"}}]',34,75),
+(6790,'2022-08-24 21:35:11','1668','ID: 1668 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1014\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1116\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1551\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1552\"}}]',34,75),
+(6791,'2022-08-24 21:37:09','1670','ID: 1670 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1016\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1118\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1553\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1554\"}}]',34,75),
+(6792,'2022-08-24 21:38:51','1672','ID: 1672 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1018\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1120\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1555\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1556\"}}]',34,75),
+(6793,'2022-08-25 00:25:18','1673','ID: 1673 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1557\"}}]',34,75),
+(6794,'2022-08-25 17:49:06','1674','ID: 1674 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1569\"}}]',34,75),
+(6795,'2022-08-25 17:51:07','425','Bis(phenethylammonium) copper chloride',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,75),
+(6796,'2022-08-25 17:57:26','1678','ID: 1678 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1546\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1572\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1570\"}}]',34,75),
+(6797,'2022-08-25 17:57:49','425','Bis(phenethylammonium) copper chloride',2,'[{\"changed\": {\"fields\": [\"N\"]}}]',2,75),
+(6798,'2022-08-25 17:57:53','1678','ID: 1678 (atomic structure)',2,'[]',34,75),
+(6799,'2022-08-25 18:12:37','1678','ID: 1678 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1917 (6 data points)\", \"fields\": [\"Space group ID\", \"Space group\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1570\", \"fields\": [\"Value\"]}}]',34,75),
+(6800,'2022-08-25 19:13:26','1745','ID: 1745 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1071\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1172\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1571\"}}]',34,75),
+(6801,'2022-08-25 20:17:05','1745','ID: 1745 (absorption spectrum)',2,'[]',34,75),
+(6802,'2022-08-25 20:18:14','1745','ID: 1745 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,75),
+(6803,'2022-08-26 06:08:55','1747','ID: 1747 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1073\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1174\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1572\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1573\"}}]',34,75),
+(6804,'2022-08-26 06:09:22','1747','ID: 1747 (photoluminescence peak position)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1073\", \"fields\": [\"Starting materials\"]}}]',34,75),
+(6805,'2022-08-26 06:10:45','1748','ID: 1748 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1074\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1175\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1574\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1575\"}}]',34,75),
+(6806,'2022-08-26 06:12:55','1728','ID: 1728 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(6807,'2022-08-26 18:37:10','1725','ID: 1725 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1059\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1160\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1576\"}}]',34,75),
+(6808,'2022-08-26 18:55:11','1735','ID: 1735 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1065\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1166\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1577\"}}]',34,75),
+(6809,'2022-08-26 19:04:04','1756','ID: 1756 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1078\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1179\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1578\"}}]',34,75),
+(6810,'2022-08-26 19:06:12','1726','ID: 1726 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property\", \"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1060\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1161\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1579\"}}]',34,75),
+(6811,'2022-08-26 19:08:33','1727','ID: 1727 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1061\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1162\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1580\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1581\"}}]',34,75),
+(6812,'2022-08-26 19:10:01','1736','ID: 1736 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 123\"}}]',34,75),
+(6813,'2022-08-26 19:11:21','1737','ID: 1737 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1067\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1168\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1582\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1583\"}}]',34,75),
+(6814,'2022-08-26 19:14:38','1738','ID: 1738 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1068\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1169\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1584\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1585\"}}]',34,75),
+(6815,'2022-08-26 19:17:31','1746','ID: 1746 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property\", \"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1072\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1173\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1586\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1587\"}}]',34,75),
+(6816,'2022-08-26 19:20:23','1758','ID: 1758 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1080\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1181\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1588\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1589\"}}]',34,75),
+(6817,'2022-08-26 19:22:39','1759','ID: 1759 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Visible\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 124\"}}]',34,75),
+(6818,'2022-08-26 19:28:45','1750','ID: 1750 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group ID\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1076\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 1995 (6 data points)\", \"fields\": [\"Space group ID\"]}}]',34,75),
+(6819,'2022-08-26 19:31:23','1750','ID: 1750 (atomic structure)',2,'[]',34,75),
+(6820,'2022-08-26 19:40:48','431','N, N′-Dimethylpyrazinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"N\"]}}]',2,75),
+(6821,'2022-08-26 19:40:53','1761','ID: 1761 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 125\"}}]',34,75),
+(6822,'2022-08-26 19:43:43','1762','ID: 1762 (Electron Paramagnetic Resonance (EPR) Spectra)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1590\"}}]',34,75),
+(6823,'2022-08-26 20:12:23','432','N-Hydro-N′-methylpyrazinium lead bromide iodide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"N\"]}}]',2,75),
+(6824,'2022-08-26 20:12:42','1765','ID: 1765 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1188\", \"fields\": [\"Method\"]}}]',34,75),
+(6825,'2022-08-26 20:12:55','1765','ID: 1765 (absorption spectrum)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1591\"}}]',34,75),
+(6826,'2022-08-26 20:13:45','1766','ID: 1766 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1189\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1592\"}}]',34,75),
+(6827,'2022-08-26 20:14:47','1768','ID: 1768 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1191\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1593\"}}]',34,75),
+(6828,'2022-08-26 20:15:19','1769','ID: 1769 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1192\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1594\"}}]',34,75),
+(6829,'2022-08-26 20:15:51','433','N-Hydro-N′-ethylpyrazinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"N\"]}}]',2,75),
+(6830,'2022-08-26 20:16:52','434','N-Hydro-N′-isopropylpyrazinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"N\"]}}]',2,75),
+(6831,'2022-08-26 20:17:14','1771','ID: 1771 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1194\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1595\"}}]',34,75),
+(6832,'2022-08-26 20:17:54','1772','ID: 1772 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(6833,'2022-08-26 20:21:24','1773','ID: 1773 (photoluminescence excitation)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1196\", \"fields\": [\"Method\"]}}]',34,75),
+(6834,'2022-08-26 20:22:14','1773','ID: 1773 (photoluminescence excitation)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1596\"}}]',34,75),
+(6835,'2022-08-26 20:22:49','435','N,N′-Dihydro-3-amidinopyridinium lead bromide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"N\"]}}]',2,75),
+(6836,'2022-08-26 20:23:49','1776','ID: 1776 (photoluminescence)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1199\", \"fields\": [\"Method\"]}}]',34,75),
+(6837,'2022-08-26 20:24:50','1777','ID: 1777 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1200\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1597\"}}]',34,75),
+(6838,'2022-08-26 20:25:54','436','N,N′-Dihydro-1,3-propanediammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"N\"]}}]',2,75),
+(6839,'2022-08-26 20:26:16','1779','ID: 1779 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1202\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1598\"}}]',34,75),
+(6840,'2022-08-26 20:29:53','1783','ID: 1783 (absorption spectrum)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1599\"}}]',34,75),
+(6841,'2022-08-26 20:32:21','1784','ID: 1784 (Conductivity)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1207\", \"fields\": [\"Method\"]}}]',34,75),
+(6842,'2022-08-26 20:32:56','1785','ID: 1785 (activation energy for electrical conduction)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1208\", \"fields\": [\"Method\"]}}, {\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}]',34,75),
+(6843,'2022-08-26 20:33:58','1788','ID: 1788 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,75),
+(6844,'2022-08-26 20:34:21','1787','ID: 1787 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,75),
+(6845,'2022-08-26 20:35:58','1789','ID: 1789 (photoluminescence)',3,'',34,75),
+(6846,'2022-08-26 20:38:53','440','Acetylacetonate methylammonium iodide gallium',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,75),
+(6847,'2022-08-26 20:42:57','1790','ID: 1790 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1600\"}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 126\"}}]',34,75),
+(6848,'2022-08-26 20:46:00','1790','ID: 1790 (atomic structure)',2,'[{\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1573\"}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1600\", \"fields\": [\"error\"]}}, {\"deleted\": {\"name\": \"note\", \"object\": \"ID: None\"}}]',34,75),
+(6849,'2022-08-28 16:51:57','1791','ID: 1791 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(6850,'2022-08-28 17:06:02','1794','ID: 1794 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1112\", \"fields\": [\"Starting materials\"]}}]',34,75),
+(6851,'2022-08-28 17:06:49','444','1,8-octyldiammonium tin iodide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"N\"]}}]',2,75),
+(6852,'2022-08-28 17:06:54','1794','ID: 1794 (atomic structure)',2,'[]',34,75),
+(6853,'2022-08-28 17:07:49','1795','ID: 1795 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1113\", \"fields\": [\"Starting materials\"]}}]',34,75),
+(6854,'2022-08-28 17:08:13','1796','ID: 1796 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1114\", \"fields\": [\"Starting materials\"]}}]',34,75),
+(6855,'2022-08-28 17:13:17','1797','ID: 1797 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1115\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1216\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1601\"}}]',34,75),
+(6856,'2022-08-28 17:20:18','1798','ID: 1798 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1116\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1217\", \"fields\": [\"Method\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Film is 60 nm thick.\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1602\"}}]',34,75),
+(6857,'2022-08-28 17:22:15','1798','ID: 1798 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1116\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}]',34,75),
+(6858,'2022-08-28 18:49:17','1799','ID: 1799 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1117\", \"fields\": [\"Starting materials\"]}}]',34,75),
+(6859,'2022-08-28 18:49:39','1799','ID: 1799 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}]',34,75),
+(6860,'2022-08-28 18:53:35','1800','ID: 1800 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1118\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 127\"}}]',34,75),
+(6861,'2022-08-28 18:54:25','1801','ID: 1801 (Thermogravimetric behavior)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1119\", \"fields\": [\"Starting materials\"]}}]',34,75),
+(6862,'2022-08-28 18:55:51','1802','ID: 1802 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1120\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1221\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1603\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1604\"}}]',34,75),
+(6863,'2022-08-28 18:57:14','1803','ID: 1803 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1121\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1222\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1605\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1606\"}}]',34,75),
+(6864,'2022-08-28 18:58:35','1804','ID: 1804 (photoluminescence peak position)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1122\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1223\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1607\"}}]',34,75),
+(6865,'2022-08-28 19:00:09','1805','ID: 1805 (photoluminescence peak position)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1123\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1224\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1608\"}}]',34,75),
+(6866,'2022-08-28 19:00:44','1806','ID: 1806 (photoluminescence peak position)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1124\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1225\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1609\"}}]',34,75),
+(6867,'2022-08-28 19:04:03','1807','ID: 1807 (photoluminescence excitation)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1125\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1226\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1610\"}}]',34,75),
+(6868,'2022-08-28 19:05:12','1808','ID: 1808 (photoluminescence excitation)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1126\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1611\"}}]',34,75),
+(6869,'2022-08-28 19:07:29','1809','ID: 1809 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1127\", \"fields\": [\"Starting materials\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1612\"}}]',34,75),
+(6870,'2022-08-28 19:24:14','445','Bis(1-butyl-1-methyl-piperidinium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"N\"]}}]',2,75),
+(6871,'2022-08-28 19:27:23','1810','ID: 1810 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1128\", \"fields\": [\"Starting materials\", \"Product\"]}}]',34,75),
+(6872,'2022-08-28 19:29:26','1817','ID: 1817 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1135\", \"fields\": [\"Starting materials\", \"Product\"]}}]',34,75),
+(6873,'2022-08-28 19:31:44','1823','ID: 1823 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1141\", \"fields\": [\"Starting materials\", \"Product\"]}}]',34,75),
+(6874,'2022-08-28 19:32:11','1823','ID: 1823 (atomic structure)',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 879\", \"fields\": [\"Value\"]}}]',34,75),
+(6875,'2022-08-28 19:51:55','1811','ID: 1811 (Melting Point)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1129\", \"fields\": [\"Starting materials\", \"Product\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1230\", \"fields\": [\"Method\"]}}]',34,75),
+(6876,'2022-08-28 20:04:30','1813','ID: 1813 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1131\", \"fields\": [\"Starting materials\", \"Product\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1232\", \"fields\": [\"Method\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2059 (145 data points)\", \"fields\": [\"Label\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2060 (145 data points)\", \"fields\": [\"Label\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1613\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1614\"}}]',34,75),
+(6877,'2022-08-28 20:06:00','1814','ID: 1814 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1132\", \"fields\": [\"Starting materials\", \"Product\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1615\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1616\"}}]',34,75),
+(6878,'2022-08-28 20:07:03','1814','ID: 1814 (photoluminescence peak position)',2,'[{\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1574\"}}]',34,75),
+(6879,'2022-08-28 20:08:33','1815','ID: 1815 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1133\", \"fields\": [\"Starting materials\", \"Product\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1233\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1617\"}}]',34,75),
+(6880,'2022-08-28 20:14:11','1816','ID: 1816 (Stokes shift)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1134\", \"fields\": [\"Starting materials\", \"Product\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1234\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1618\"}}]',34,75),
+(6881,'2022-08-28 20:15:22','446','Bis(1-butyl-1-methyl-piperidinium) tin bromide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"N\"]}}]',2,75),
+(6882,'2022-08-28 20:17:42','1818','ID: 1818 (Melting Point)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1136\", \"fields\": [\"Starting materials\", \"Product\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1236\", \"fields\": [\"Method\"]}}]',34,75),
+(6883,'2022-08-28 20:19:10','1819','ID: 1819 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1137\", \"fields\": [\"Starting materials\", \"Product\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1237\", \"fields\": [\"Method\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2066 (164 data points)\", \"fields\": [\"Label\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2067 (164 data points)\", \"fields\": [\"Label\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1619\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1620\"}}]',34,75),
+(6884,'2022-08-28 20:21:10','1820','ID: 1820 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1138\", \"fields\": [\"Starting materials\", \"Product\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1238\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1621\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1622\"}}]',34,75),
+(6885,'2022-08-28 20:22:25','1821','ID: 1821 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1139\", \"fields\": [\"Starting materials\", \"Product\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1239\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1623\"}}]',34,75),
+(6886,'2022-08-28 20:22:51','1821','ID: 1821 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,75),
+(6887,'2022-08-28 20:24:29','1822','ID: 1822 (Stokes shift)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1140\", \"fields\": [\"Starting materials\", \"Product\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1240\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1624\"}}]',34,75),
+(6888,'2022-08-28 20:26:21','1825','ID: 1825 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1143\", \"fields\": [\"Starting materials\", \"Product\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1243\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1625\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1626\"}}]',34,75),
+(6889,'2022-08-28 20:26:47','1825','ID: 1825 (photoluminescence peak position)',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1626\", \"fields\": [\"Value\"]}}]',34,75),
+(6890,'2022-08-28 20:28:12','1826','ID: 1826 (Stokes shift)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1144\", \"fields\": [\"Starting materials\", \"Product\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1244\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1627\"}}]',34,75),
+(6891,'2022-08-28 20:28:28','1826','ID: 1826 (Stokes shift)',2,'[]',34,75),
+(6892,'2022-08-28 20:31:49','1827','ID: 1827 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1145\", \"fields\": [\"Starting materials\", \"Product\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1245\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1628\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1629\"}}]',34,75),
+(6893,'2022-08-28 20:33:04','1828','ID: 1828 (Stokes shift)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1146\", \"fields\": [\"Starting materials\", \"Product\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1246\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1630\"}}]',34,75),
+(6894,'2022-08-28 20:34:11','1829','ID: 1829 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1147\", \"fields\": [\"Starting materials\", \"Product\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1575\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1631\"}}]',34,75),
+(6895,'2022-08-28 20:45:43','1831','ID: 1831 (atomic structure)',2,'[]',34,75),
+(6896,'2022-08-28 20:46:20','1832','ID: 1832 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Extraction method\"]}}]',34,75),
+(6897,'2022-08-28 20:47:03','1833','ID: 1833 (atomic structure)',2,'[]',34,75),
+(6898,'2022-08-28 20:50:16','1834','ID: 1834 (phase transition behavior)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1576\"}}]',34,75),
+(6899,'2022-08-28 20:51:16','1835','ID: 1835 (phase transition behavior)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1577\"}}]',34,75),
+(6900,'2022-08-28 20:52:43','1836','ID: 1836 (Melting Point)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,75),
+(6901,'2022-08-28 20:53:53','1837','ID: 1837 (Thermogravimetric behavior)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1251\", \"fields\": [\"Method\"]}}]',34,75),
+(6902,'2022-08-28 20:55:15','1838','ID: 1838 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1252\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1632\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1633\"}}]',34,75),
+(6903,'2022-08-28 20:55:45','1838','ID: 1838 (photoluminescence)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2088 (37 data points)\", \"fields\": [\"Crystal system\"]}}]',34,75),
+(6904,'2022-08-28 20:56:43','1839','ID: 1839 (photoluminescence excitation)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1253\", \"fields\": [\"Method\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2089 (73 data points)\", \"fields\": [\"Crystal system\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1634\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1635\"}}]',34,75),
+(6905,'2022-08-28 20:57:05','1839','ID: 1839 (photoluminescence excitation)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,75),
+(6906,'2022-08-28 20:59:02','1840','ID: 1840 (dielectric permittivity)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1254\", \"fields\": [\"Method\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2090 (165 data points)\", \"fields\": [\"Crystal system\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2091 (165 data points)\", \"fields\": [\"Crystal system\"]}}]',34,75),
+(6907,'2022-08-28 21:03:00','1841','ID: 1841 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 128\"}}]',34,75),
+(6908,'2022-08-28 21:04:13','1847','ID: 1847 (absorption spectrum)',2,'[]',34,75),
+(6909,'2022-08-28 21:04:25','1848','ID: 1848 (photoluminescence)',2,'[]',34,75),
+(6910,'2022-08-28 21:08:40','1850','ID: 1850 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Extraction method\", \"Space group ID\"]}}]',34,75),
+(6911,'2022-08-28 21:10:28','453','Bis((S)-1-(1-naphthyl)ethylamineH) N,N-dimethylformamide lead chloride',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"N\"]}}]',2,75),
+(6912,'2022-08-28 21:12:28','1851','ID: 1851 (Infrared absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1264\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1636\"}}]',34,75),
+(6913,'2022-08-28 21:14:08','1852','ID: 1852 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1265\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1637\"}}]',34,75),
+(6914,'2022-08-28 21:14:23','1852','ID: 1852 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,75),
+(6915,'2022-08-28 21:15:18','1853','ID: 1853 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1266\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1638\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1639\"}}]',34,75),
+(6916,'2022-08-28 21:15:51','1854','ID: 1854 (Thermogravimetric behavior)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,75),
+(6917,'2022-08-28 21:16:15','1854','ID: 1854 (Thermogravimetric behavior)',2,'[{\"changed\": {\"fields\": [\"Primary unit\"]}}]',34,75),
+(6918,'2022-08-28 21:17:12','454','Bis((R)-1-(1-naphthyl)ethylamineH) N,N-dimethylformamide lead chloride',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"N\"]}}]',2,75),
+(6919,'2022-08-28 21:17:19','1855','ID: 1855 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Extraction method\"]}}]',34,75),
+(6920,'2022-08-28 21:18:03','1855','ID: 1855 (atomic structure)',2,'[]',34,75),
+(6921,'2022-08-28 21:19:24','1856','ID: 1856 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\", \"Sample type\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1269\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1640\"}}]',34,75),
+(6922,'2022-08-28 21:20:19','1857','ID: 1857 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1270\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1641\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1642\"}}]',34,75),
+(6923,'2022-08-28 21:20:49','1858','ID: 1858 (Infrared absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1271\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1643\"}}]',34,75),
+(6924,'2022-08-28 21:21:07','1859','ID: 1859 (Thermogravimetric behavior)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,75),
+(6925,'2022-08-28 21:26:42','245','2020 -  L. Lei, S. Dovletgeldi, S. Stuard, J. Mendes, Q. Dong, X. Fu, Y. Chen, S. He, X. Yi, L. Zhu, C. Chang, H. Ade, K. Gundogdu, F. So, Advanced materials 32 , 1906571-1 \"Efficient Energy Funneling',2,'[{\"changed\": {\"fields\": [\"Journal\", \"Pages start\", \"Pages end\"]}}]',3,75),
+(6926,'2022-08-28 21:27:00','1860','ID: 1860 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 129\"}}]',34,75),
+(6927,'2022-08-28 21:27:44','1861','ID: 1861 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 130\"}}]',34,75),
+(6928,'2022-08-28 21:29:25','1864','ID: 1864 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,75),
+(6929,'2022-08-28 21:31:51','1866','ID: 1866 (Melting Point)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,75),
+(6930,'2022-08-28 21:33:01','1866','ID: 1866 (thermal transition behavior)',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,75),
+(6931,'2022-08-28 21:33:51','1868','ID: 1868 (Glass transition temperature)',2,'[]',34,75),
+(6932,'2022-08-28 21:34:19','1868','ID: 1868 (Glass transition temperature)',2,'[]',34,75),
+(6933,'2022-08-28 21:34:34','1869','ID: 1869 (Crystallization onset temperature (Beginning from glass))',2,'[]',34,75),
+(6934,'2022-08-28 21:34:52','1870','ID: 1870 (Degradation onset temperature)',2,'[]',34,75),
+(6935,'2022-08-28 21:35:02','1871','ID: 1871 (Melting Point)',2,'[]',34,75),
+(6936,'2022-08-28 21:35:13','1872','ID: 1872 (Degradation onset temperature)',2,'[]',34,75),
+(6937,'2022-08-28 21:36:15','1877','ID: 1877 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 131\"}}]',34,75),
+(6938,'2022-08-28 21:36:40','1878','ID: 1878 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 132\"}}]',34,75),
+(6939,'2022-08-28 21:37:28','1879','ID: 1879 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1303\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 133\"}}]',34,75),
+(6940,'2022-08-28 21:37:56','1879','ID: 1879 (atomic structure)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1644\"}}, {\"deleted\": {\"name\": \"note\", \"object\": \"ID: None\"}}]',34,75),
+(6941,'2022-08-28 21:38:42','1880','ID: 1880 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1299\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1645\"}}]',34,75),
+(6942,'2022-08-28 21:39:30','1881','ID: 1881 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1300\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1646\"}}]',34,75),
+(6943,'2022-08-28 21:40:06','1882','ID: 1882 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1301\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1647\"}}]',34,75),
+(6944,'2022-08-28 21:40:50','1883','ID: 1883 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1302\", \"fields\": [\"Method\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1648\"}}]',34,75),
+(6945,'2022-08-28 21:41:41','1905','ID: 1905 (atomic structure)',2,'[{\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,75),
+(6946,'2022-08-28 21:47:52','1909','ID: 1909 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1240\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1578\"}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2163 (6 data points)\", \"fields\": [\"Space group ID\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1649\"}}]',34,75),
+(6947,'2022-08-28 21:48:14','1909','ID: 1909 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Primary unit\"]}}]',34,75),
+(6948,'2022-08-29 14:02:39','1912','ID: 1912 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1329\", \"fields\": [\"Method\", \"Description\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 897\", \"fields\": [\"error\"]}}]',34,75),
+(6949,'2022-08-29 14:09:00','1914','ID: 1914 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Primary unit\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1547\"}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2168 (6 data points)\", \"fields\": [\"Space group ID\"]}}]',34,75),
+(6950,'2022-08-29 14:11:05','1914','ID: 1914 (atomic structure)',2,'[{\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1579\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1650\"}}]',34,75),
+(6951,'2022-08-29 14:14:41','1915','ID: 1915 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Primary unit\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1651\"}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 134\"}}]',34,75),
+(6952,'2022-08-29 14:22:53','1924','ID: 1924 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Primary unit\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1548\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1580\"}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2178 (6 data points)\", \"fields\": [\"Space group ID\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1652\"}}]',34,75),
+(6953,'2022-08-29 14:25:59','1917','ID: 1917 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1244\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1331\", \"fields\": [\"Method\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2171 (21 data points)\", \"fields\": [\"Crystal system\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1653\"}}]',34,75),
+(6954,'2022-08-29 14:32:15','1916','ID: 1916 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1330\", \"fields\": [\"Method\", \"Description\"]}}]',34,75),
+(6955,'2022-08-29 14:33:07','256','2021 -  D. Chen, G. Niu, S. Hao, L. Fan, J. Zhao, C. Wolverton, M. Xia, Q. Liu, ACS Applied Materials & Interfaces 13 , 61447 \"Decreasing Structural Dimensionality of Double Perovskites for Phase Stab',2,'[{\"changed\": {\"fields\": [\"Doi isbn\"]}}]',3,75),
+(6956,'2022-08-29 14:33:15','1916','ID: 1916 (atomic structure)',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 898\", \"fields\": [\"error\"]}}]',34,75),
+(6957,'2022-08-29 14:40:31','1925','ID: 1925 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1332\", \"fields\": [\"Method\", \"Description\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2179 (6 data points)\", \"fields\": [\"Space group\"]}}, {\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"numerical value fixed\", \"object\": \"ID: None\"}}]',34,75),
+(6958,'2022-08-29 14:42:11','1925','ID: 1925 (atomic structure)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2179 (6 data points)\", \"fields\": [\"Space group ID\"]}}]',34,75),
+(6959,'2022-08-29 14:45:31','1936','ID: 1936 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Doi\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1339\", \"fields\": [\"Description\"]}}]',34,75),
+(6960,'2022-08-29 14:46:09','1936','ID: 1936 (photoluminescence)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1339\", \"fields\": [\"Method\"]}}]',34,75),
+(6961,'2022-08-29 14:50:53','1936','ID: 1936 (photoluminescence)',2,'[]',34,75),
+(6962,'2022-08-29 14:52:00','1937','ID: 1937 (photoluminescence excitation)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1340\", \"fields\": [\"Method\"]}}]',34,75),
+(6963,'2022-08-29 15:03:33','1938','ID: 1938 (absorption spectrum)',2,'[{\"added\": {\"name\": \"note\", \"object\": \"ID: 135\"}}]',34,75),
+(6964,'2022-08-30 13:41:48','488','Bis(phenethylammonium) lead iodide(1-x) bromide(x) with x = 0.25',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,84),
+(6965,'2022-08-30 13:42:09','474','Phenethylammonium lead halide',3,'',2,84),
+(6966,'2022-08-30 20:56:12','126','ID: 126 (band gap (optical, transmission))',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 136\"}}]',34,75),
+(6967,'2022-08-30 21:01:30','128','ID: 128 (absorption peak position)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 137\"}}]',34,75),
+(6968,'2022-08-30 21:29:05','129','ID: 129 (band gap (optical, diffuse reflectance))',2,'[]',34,75),
+(6969,'2022-08-30 21:39:21','134','ID: 134 (photoluminescence peak position)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1656\"}}]',34,75),
+(6970,'2022-08-31 14:54:41','135','ID: 135 (photoluminescence peak position)',2,'[]',34,75),
+(6971,'2022-08-31 14:55:59','135','ID: 135 (photoluminescence peak position)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 13\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1657\"}}]',34,75),
+(6972,'2022-08-31 14:57:23','136','ID: 136 (photoluminescence peak position)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1658\"}}]',34,75),
+(6973,'2022-08-31 15:11:24','489','Formamidinium(1-x) Cesium(x) lead bromide with x = 0.6',1,'[{\"added\": {}}]',2,75),
+(6974,'2022-08-31 15:11:57','138','ID: 138 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 121\", \"fields\": [\"Value\"]}}]',34,75),
+(6975,'2022-08-31 15:18:19','149','ID: 149 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 149 (1 data points)\", \"fields\": [\"Crystal system\"]}}]',34,75),
+(6976,'2022-08-31 15:20:45','150','ID: 150 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 150 (1 data points)\", \"fields\": [\"Crystal system\"]}}]',34,75),
+(6977,'2022-08-31 15:23:43','155','ID: 155 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 155 (1 data points)\", \"fields\": [\"Crystal system\"]}}]',34,75),
+(6978,'2022-08-31 15:32:22','159','ID: 159 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 35\", \"fields\": [\"Method\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 139\", \"fields\": [\"Value\"]}}]',34,75),
+(6979,'2022-08-31 15:33:41','160','ID: 160 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 36\", \"fields\": [\"Method\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 140\", \"fields\": [\"Value\"]}}]',34,75),
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+(6982,'2022-08-31 15:58:13','162','ID: 162 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 38\", \"fields\": [\"Method\"]}}]',34,75),
+(6983,'2022-08-31 16:01:01','163','ID: 163 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 39\", \"fields\": [\"Method\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 163 (6 data points)\", \"fields\": [\"Label\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 143\", \"fields\": [\"Value\"]}}]',34,75),
+(6984,'2022-08-31 16:02:55','164','ID: 164 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 40\", \"fields\": [\"Method\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 144\", \"fields\": [\"Value\"]}}]',34,75),
+(6985,'2022-08-31 16:04:41','165','ID: 165 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 41\", \"fields\": [\"Method\"]}}, {\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 145\", \"fields\": [\"Value\"]}}]',34,75),
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+(6989,'2022-08-31 17:22:10','187','ID: 187 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 61\", \"fields\": [\"Method\"]}}]',34,75),
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+(6996,'2022-08-31 18:00:35','193','ID: 193 (atomic structure)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 229 (6 data points)\", \"fields\": [\"Space group ID\"]}}]',34,75),
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+(6999,'2022-08-31 18:17:35','204','ID: 204 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 66\", \"fields\": [\"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"comment\", \"object\": \"Partially deuterated\", \"fields\": [\"Text\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 75\", \"fields\": [\"Method\"]}}, {\"deleted\": {\"name\": \"comment\", \"object\": \"Partially deuterated\"}}]',34,75),
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+(7002,'2022-08-31 18:29:14','376','ID: 376 (photoluminescence peak position)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}, {\"added\": {\"name\": \"note\", \"object\": \"ID: 139\"}}]',34,75),
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+(7004,'2022-08-31 18:38:33','441','ID: 441 (phase transition temperature)',2,'[]',34,75),
+(7005,'2022-08-31 18:39:50','444','ID: 444 (phase transition temperature)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,75),
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+(7008,'2022-08-31 18:45:59','451','ID: 451 (phase transition temperature)',2,'[]',34,75),
+(7009,'2022-08-31 18:46:30','452','ID: 452 (phase transition temperature)',2,'[]',34,75),
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+(7015,'2022-08-31 18:53:03','460','ID: 460 (phase transition temperature)',2,'[]',34,75),
+(7016,'2022-08-31 18:53:39','461','ID: 461 (phase transition temperature)',2,'[]',34,75),
+(7017,'2022-08-31 18:54:13','462','ID: 462 (phase transition temperature)',2,'[]',34,75),
+(7018,'2022-08-31 18:54:32','464','ID: 464 (phase transition temperature)',2,'[]',34,75),
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+(7068,'2022-09-18 19:50:51','486','S-2-methylbutylammonium Lead Iodide (100K_RT)',3,'',2,101),
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+(7077,'2022-09-20 04:24:36','2035','ID: 2035 (atomic structure)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"Differential scanning calorimetry (DSC):\\r\\n\\r\\nA TA Discovery DSC 2500 was used to carry out low-temperature conventional differential scanning calorimetry (DSC) measurements. The instrument was under helium purge with a 5 K/min ramp from 298 K to 124 K and back to 298 K (with use of an LN2P cooler). Sample powder was loaded into a Tzero Hermetic aluminum pan, with temperature and enthalpy calibrated in advance.\\r\\n\\r\\nA similar instrument was used to perform high-temperature DSC measurements under nitrogen purge. The ramp rate was 5 K/min from 298 K to 593 K. An aluminum pan was hermetically sealed to contain samples.\\r\\n\\r\\nThe Flash DSC-1 instrument was used for ultrafast DSC measurements (Mettler Toledo). The UFS-1 chip-sensor was mounted and conditioned in the instrument, corrected in the range of 173 K to 723 K. (S-2-MeBA)2PbI4 crystals were placed on a glass slide, a single crystal flake isolated attached to the chip and set beneath an optical microscope. Silicon oil (type 47 V, 60,000) was applied to strengthen the thermal contact between the chip and crystal.\"}}]',34,101),
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+(7143,'2022-09-24 22:52:35','2034','ID: 2034 (atomic structure)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"Room-temperature (RT) structure.\"}}, {\"deleted\": {\"name\": \"note\", \"object\": \"ID: None\"}}]',34,101),
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+(7145,'2022-09-24 22:57:04','2035','ID: 2035 (atomic structure)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"100K structure experienced slow-cooling process, low-temperature phase (LT).\"}}, {\"deleted\": {\"name\": \"note\", \"object\": \"ID: None\"}}]',34,101),
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+(7147,'2022-09-24 23:07:37','2034','ID: 2034 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Notice\"]}}]',34,101),
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+(7165,'2022-09-29 19:41:34','2095','ID: 2095 (differential scanning calorimetry)',2,'[{\"changed\": {\"fields\": [\"Space group ID\", \"Space group\"]}}]',34,101),
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+(7271,'2022-10-13 15:43:23','2127','ID: 2127 (Powder X-ray diffraction)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,101),
+(7272,'2022-10-13 15:43:41','2121','ID: 2121 (Powder X-ray diffraction)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,101),
+(7273,'2022-10-13 15:46:17','2129','ID: 2129 (differential scanning calorimetry)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1613\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1630\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2507 (104 data points)\", \"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2508 (93 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7274,'2022-10-18 14:04:56','98','Bis(1-butylammonium) tris(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,101),
+(7275,'2022-10-18 14:37:47','98','Bis(1-butylammonium) tris(methylammonium) lead iodide',2,'[]',2,101),
+(7276,'2022-10-18 14:38:24','533','ID: 533 (atomic structure)',2,'[]',34,101),
+(7277,'2022-10-18 14:43:15','2118','ID: 2118 (photoluminescence)',2,'[{\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"computational details\", \"object\": \"ID: None\"}}]',34,101),
+(7278,'2022-10-18 15:02:07','2118','ID: 2118 (photoluminescence)',2,'[{\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1631\"}}]',34,101),
+(7279,'2022-10-18 15:04:42','2118','ID: 2118 (photoluminescence)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1631\", \"fields\": [\"Description\"]}}]',34,101),
+(7280,'2022-10-18 15:06:57','2118','ID: 2118 (photoluminescence)',2,'[]',34,101),
+(7281,'2022-10-18 15:16:24','2118','ID: 2118 (photoluminescence)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1631\", \"fields\": [\"Description\"]}}]',34,101),
+(7282,'2022-10-18 15:16:28','2126','ID: 2126 (photoluminescence)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1627\", \"fields\": [\"Method\", \"Description\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2504 (96 data points)\", \"fields\": [\"Crystal system\"]}}]',34,101),
+(7283,'2022-10-18 15:18:07','2126','ID: 2126 (photoluminescence)',2,'[]',34,101),
+(7284,'2022-10-18 15:19:44','92','Bis(1-butylammonium) bis(methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,101),
+(7285,'2022-10-18 15:23:17','2118','ID: 2118 (photoluminescence)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2481 (88 data points)\", \"fields\": [\"Crystal system\"]}}]',34,101),
+(7286,'2022-10-18 15:29:09','2127','ID: 2127 (Powder X-ray diffraction)',2,'[{\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,101),
+(7287,'2022-10-18 15:30:49','2128','ID: 2128 (Powder X-ray diffraction)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1612\", \"fields\": [\"System\"]}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}]',34,101),
+(7288,'2022-10-18 15:31:18','2128','ID: 2128 (Powder X-ray diffraction)',2,'[]',34,101),
+(7289,'2022-10-18 15:47:00','2129','ID: 2129 (differential scanning calorimetry)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Sample type\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1630\", \"fields\": [\"Description\"]}}]',34,101),
+(7290,'2022-10-18 15:47:51','2129','ID: 2129 (differential scanning calorimetry)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1630\", \"fields\": [\"Description\"]}}]',34,101),
+(7291,'2022-10-20 14:52:08','496','Cesium lead bromide',1,'[{\"added\": {}}]',2,101),
+(7292,'2022-10-23 21:00:16','2137','ID: 2137 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1621\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1639\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2516 (6 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7293,'2022-10-23 21:04:26','2137','ID: 2137 (atomic structure)',2,'[]',34,101),
+(7294,'2022-10-23 21:32:39','2138','ID: 2138 (photoluminescence)',2,'[]',34,101),
+(7295,'2022-10-24 03:12:32','2138','ID: 2138 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1622\", \"fields\": [\"System\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1640\"}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2517 (51 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7296,'2022-10-24 03:14:54','2139','ID: 2139 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1623\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1641\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2518 (51 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7297,'2022-10-24 03:15:33','2139','ID: 2139 (photoluminescence)',2,'[{\"added\": {\"name\": \"additional file\", \"object\": \"ID: 2819\"}}, {\"added\": {\"name\": \"additional file\", \"object\": \"ID: 2820\"}}]',34,101),
+(7298,'2022-10-24 03:16:13','2138','ID: 2138 (photoluminescence)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1640\", \"fields\": [\"Description\"]}}]',34,101),
+(7299,'2022-10-25 13:18:51','485','S-2-methylbutylammonium Lead Iodide (placeholder 485)',2,'[{\"changed\": {\"fields\": [\"Message\"]}}]',2,66),
+(7300,'2022-10-25 13:19:36','485','S-2-methylbutylammonium Lead Iodide (placeholder 485)',2,'[]',2,66),
+(7301,'2022-10-25 13:19:51','486','S-2-methylbutylammonium Lead Iodide (placeholder 486)',2,'[{\"changed\": {\"fields\": [\"Message\"]}}]',2,66),
+(7302,'2022-10-25 13:39:32','326','Cesium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Iupac\"]}}]',2,101),
+(7303,'2022-10-25 13:50:45','2138','ID: 2138 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1622\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1640\", \"fields\": [\"System\"]}}]',34,101),
+(7304,'2022-10-25 13:53:37','2138','ID: 2138 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}]',34,101),
+(7305,'2022-10-25 13:56:44','2138','ID: 2138 (photoluminescence)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2517 (51 data points)\", \"fields\": [\"Crystal system\"]}}]',34,101),
+(7306,'2022-10-25 13:58:07','2139','ID: 2139 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"System\", \"Primary property label\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1623\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1641\", \"fields\": [\"System\"]}}]',34,101),
+(7307,'2022-10-25 14:13:56','2140','ID: 2140 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1624\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1642\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2519 (55 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7308,'2022-10-25 14:15:30','2138','ID: 2138 (photoluminescence)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2517 (51 data points)\", \"fields\": [\"Crystal system\"]}}]',34,101),
+(7309,'2022-10-25 14:16:06','2139','ID: 2139 (photoluminescence)',2,'[]',34,101),
+(7310,'2022-10-25 14:16:18','2138','ID: 2138 (photoluminescence)',2,'[]',34,101),
+(7311,'2022-10-25 14:19:57','2137','ID: 2137 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Visible\", \"Is experimental\", \"Representative\"]}}]',34,101),
+(7312,'2022-10-25 14:22:38','5','Calcium titanate',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,101),
+(7313,'2022-10-27 15:13:58','472','Cesium silver indium chloride',2,'[]',2,101),
+(7314,'2022-11-01 13:39:38','221','(BTm)2PbI4',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,101),
+(7315,'2022-11-01 13:46:17','456','[S-(−)-1-(1-naphthyl)ethylammonium]2PbBr4',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,101),
+(7316,'2022-11-01 13:46:34','456','[S-(−)-1-(1-naphthyl)ethylammonium]2PbBr4',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,101),
+(7317,'2022-11-01 14:11:41','456','bis[S-(−)-1-(1-naphthyl)ethylammonium] lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7318,'2022-11-01 14:13:11','464','bis(butylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7319,'2022-11-01 14:13:56','465','bis(butylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,101),
+(7320,'2022-11-01 14:14:58','466','bis(butylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,101),
+(7321,'2022-11-01 14:16:18','468','bis(methylammonium) potassium bismuth chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,101),
+(7322,'2022-11-01 14:17:17','469','bis(methylammonium) thallium bismuth bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,101),
+(7323,'2022-11-01 14:18:07','470','bis(methylammonium) silver bismuth bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,101),
+(7324,'2022-11-01 14:18:50','450','Calcium tin sulfide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,101),
+(7325,'2022-11-01 14:19:19','470','Bis(methylammonium) silver bismuth bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7326,'2022-11-01 14:19:32','466','Bis(butylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7327,'2022-11-01 14:19:44','465','Bis(butylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7328,'2022-11-01 14:20:35','464','Bis(butylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7329,'2022-11-01 14:21:36','469','Bis(methylammonium) thallium bismuth bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7330,'2022-11-01 14:21:47','468','Bis(methylammonium) potassium bismuth chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7331,'2022-11-01 14:23:02','327','Cesium tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,101),
+(7332,'2022-11-01 14:24:17','158','Cesium tellurium iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,101),
+(7333,'2022-11-01 14:34:00','1925','ID: 1925 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"System\", \"Space group\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1245\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1332\", \"fields\": [\"System\"]}}]',34,101),
+(7334,'2022-11-01 14:36:19','472','Cesium silver indium chloride',2,'[]',2,101),
+(7335,'2022-11-01 14:36:24','472','Cesium silver indium chloride',3,'',2,101),
+(7336,'2022-11-01 14:39:29','2137','ID: 2137 (atomic structure)',3,'',34,101),
+(7337,'2022-11-01 14:42:35','1913','ID: 1913 (photoluminescence)',3,'',34,101),
+(7338,'2022-11-01 14:43:14','464','Bis(butylammonium) lead iodide',3,'',2,101),
+(7339,'2022-11-01 14:45:44','466','Bis(butylammonium) lead bromide',3,'',2,101),
+(7340,'2022-11-01 15:00:58','240','Barium calcium molybdenum oxide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,101),
+(7341,'2022-11-01 15:02:46','221','bis(BTm) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,101),
+(7342,'2022-11-01 15:06:47','397','Bis(methylammonium) copper chlorine bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,101),
+(7343,'2022-11-01 15:14:27','389','Naphthalenemethylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,101),
+(7344,'2022-11-08 15:38:16','500','Bis(ethanolammonium) lead iodide',1,'[{\"added\": {}}]',2,101),
+(7345,'2022-11-08 16:01:02','500','Bis(ethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,101),
+(7346,'2022-11-08 16:02:36','500','Bis(ethanolammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7347,'2022-11-08 16:40:50','2141','ID: 2141 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1625\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1643\", \"fields\": [\"System\", \"Method\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2520 (6 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7348,'2022-11-10 15:33:17','2141','ID: 2141 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1643\", \"fields\": [\"Description\"]}}]',34,101),
+(7349,'2022-11-10 16:14:24','2142','ID: 2142 (Kubelka−Munk)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1626\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1644\", \"fields\": [\"System\", \"Description\"]}}, {\"added\": {\"name\": \"additional file\", \"object\": \"ID: 2827\"}}]',34,101),
+(7350,'2022-11-10 16:18:13','2142','ID: 2142 (Kubelka−Munk)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1644\", \"fields\": [\"Method\", \"Description\"]}}]',34,101),
+(7351,'2022-11-15 15:11:47','2142','ID: 2142 (Kubelka−Munk)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,101),
+(7352,'2022-11-15 15:12:24','2142','ID: 2142 (Kubelka−Munk)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,101),
+(7353,'2022-11-15 15:13:34','2142','ID: 2142 (Kubelka−Munk)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1644\", \"fields\": [\"Description\"]}}]',34,101),
+(7354,'2022-11-15 15:22:04','2142','ID: 2142 (Kubelka−Munk)',2,'[]',34,101),
+(7355,'2022-11-15 16:47:18','2142','ID: 2142 (Kubelka−Munk)',2,'[]',34,101),
+(7356,'2022-11-15 16:47:33','2142','ID: 2142 (Kubelka−Munk)',2,'[]',34,101),
+(7357,'2022-11-15 16:48:19','2143','ID: 2143 (transient reflectance)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1627\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1645\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2523 (151 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7358,'2022-11-15 19:59:10','2144','ID: 2144 (transient absorption)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1628\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1646\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2524 (149 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7359,'2022-11-15 20:22:50','105','tahirah_16',2,'[{\"changed\": {\"fields\": [\"Staff status\"]}}]',19,8),
+(7360,'2022-11-15 20:27:16','105','tahirah_16',2,'[{\"changed\": {\"fields\": [\"password\"]}}]',19,8),
+(7361,'2022-11-15 20:30:06','105','tahirah_16',2,'[{\"changed\": {\"fields\": [\"Active\"]}}]',19,8),
+(7362,'2022-11-17 15:24:46','2143','ID: 2143 (transient reflectance)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1645\", \"fields\": [\"Description\"]}}]',34,101),
+(7363,'2022-11-17 15:26:22','2144','ID: 2144 (transient absorption)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1646\", \"fields\": [\"Description\"]}}]',34,101),
+(7364,'2022-11-17 15:26:41','2143','ID: 2143 (transient reflectance)',2,'[]',34,101),
+(7365,'2022-11-17 16:15:27','501','PIA2 lead iodide',1,'[{\"added\": {}}]',2,101),
+(7366,'2022-11-17 16:15:52','501','Bis(PIA) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7367,'2022-11-17 16:39:25','2145','ID: 2145 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1629\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1647\", \"fields\": [\"System\", \"Method\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2525 (6 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7368,'2022-11-17 16:46:25','2144','ID: 2144 (transient absorption)',2,'[]',34,101),
+(7369,'2022-11-21 22:32:26','91','Transient reflectance',2,'[{\"changed\": {\"fields\": [\"Name\"]}}]',29,75),
+(7370,'2022-11-21 22:48:47','2142','ID: 2142 (Kubelka−Munk)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1626\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1644\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"comment\", \"object\": \"A 2D Elliot formula was used to create a fit for the data. This formula can be found in the supporting information of the referenced publication and the files attached to this dataset. The formula can extract the exciton binding energy of this material. The analysis yields an exciton binding energy of \\u2248 46 meV.\"}}]',34,75),
+(7371,'2022-11-21 23:18:49','2145','ID: 2145 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1647\", \"fields\": [\"Description\"]}}]',34,101),
+(7372,'2022-11-21 23:25:10','2143','ID: 2143 (Transient reflectance)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1627\", \"fields\": [\"Starting materials\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1701\"}}]',34,75),
+(7373,'2022-11-21 23:28:12','2142','ID: 2142 (Kubelka−Munk)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1702\"}}]',34,75),
+(7374,'2022-11-21 23:42:08','2143','ID: 2143 (Transient reflectance)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1645\", \"fields\": [\"Description\"]}}]',34,75),
+(7375,'2022-11-21 23:50:32','2144','ID: 2144 (transient absorption)',2,'[{\"changed\": {\"fields\": [\"Primary property label\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1628\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1646\", \"fields\": [\"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1703\"}}]',34,75),
+(7376,'2022-11-21 23:51:46','277','2021 -  X. Chen, H. Lu, K. Wang, Y. Zhai, V. Lunin, P. Sercel, M. Beard, Journal of the American Chemical Society 143 , 19438 \"Tuning Spin-Polarized Lifetime in Two-Dimensional Metal−Halide Perovskite',2,'[{\"changed\": {\"fields\": [\"Doi isbn\"]}}]',3,75),
+(7377,'2022-11-21 23:51:49','2144','ID: 2144 (transient absorption)',2,'[]',34,75),
+(7378,'2022-11-22 00:19:56','2136','ID: 2136 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1620\", \"fields\": [\"Starting materials\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1638\", \"fields\": [\"Description\"]}}]',34,75),
+(7379,'2022-11-22 05:38:59','2146','ID: 2146 (Kubelka−Munk)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1630\", \"fields\": [\"System\", \"Starting materials\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1648\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2526 (44 data points)\", \"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2527 (50 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7380,'2022-11-22 14:52:14','51','Absorption (Kubelka−Munk)',2,'[{\"changed\": {\"fields\": [\"Name\"]}}]',29,101),
+(7381,'2022-11-22 14:52:18','2142','ID: 2142 (Absorption (Kubelka−Munk))',2,'[]',34,101),
+(7382,'2022-11-22 14:57:17','279','2010 -   CrystEngComm 12 , 1290 \"Effect of heteroatoms in the inorganic-organic layered perovskite-type hybrids\"',1,'[{\"added\": {}}]',3,101),
+(7383,'2022-11-22 14:57:27','279','2010 -   CrystEngComm 12 , 1290 \"Effect of heteroatoms in the inorganic-organic layered perovskite-type hybrids\"',2,'[]',3,101),
+(7384,'2022-11-22 14:58:36','2145','ID: 2145 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,101),
+(7385,'2022-11-22 15:02:28','2145','ID: 2145 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,101),
+(7386,'2022-11-22 15:03:06','2141','ID: 2141 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,101),
+(7387,'2022-11-22 15:21:51','2141','ID: 2141 (atomic structure)',2,'[{\"deleted\": {\"name\": \"subset\", \"object\": \"ID: None (0 data points)\"}}]',34,101),
+(7388,'2022-11-22 15:22:07','1943','ID: 1943 (absorption spectrum)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"This data was obtained in transmittance mode and the sharp features seen in the data is part of the original published data. Scattering of the crystal is likely responsible for those features.\"}}]',34,8),
+(7389,'2022-11-22 15:22:15','2141','ID: 2141 (atomic structure)',2,'[]',34,101),
+(7390,'2022-11-22 15:22:33','2141','ID: 2141 (atomic structure)',2,'[{\"deleted\": {\"name\": \"additional file\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"additional file\", \"object\": \"ID: None\"}}]',34,101),
+(7391,'2022-11-22 15:23:57','2145','ID: 2145 (atomic structure)',2,'[{\"deleted\": {\"name\": \"subset\", \"object\": \"ID: None (0 data points)\"}}, {\"deleted\": {\"name\": \"additional file\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"additional file\", \"object\": \"ID: None\"}}]',34,101),
+(7392,'2022-11-22 15:24:23','1943','ID: 1943 (absorption spectrum)',2,'[{\"deleted\": {\"name\": \"comment\", \"object\": \"This data was obtained in transmittance mode and the sharp features seen in the data is part of the original published data. Scattering of the crystal is likely responsible for those features.\"}}, {\"added\": {\"name\": \"comment\", \"object\": \"This data was obtained in transmittance mode and the sharp features seen in the data is part of the original published data. Scattering of the crystal is likely responsible for those features.\"}}]',34,8),
+(7393,'2022-11-22 15:38:44','2147','ID: 2147 (exciton binding energy)',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}]',34,101),
+(7394,'2022-11-22 15:57:58','2150','ID: 2150 (exciton binding energy)',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1634\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1652\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2531 (1 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7395,'2022-11-22 15:58:47','2146','ID: 2146 (Absorption (Kubelka−Munk))',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"changed\": {\"name\": \"comment\", \"object\": \"A 2D Elliot formula was used to create a fit for the data. This formula can be found in the supporting information of the referenced publication and the files attached to this dataset. The formula can extract the exciton binding energy of this material. The analysis yields an exciton binding energy of \\u2248 100 meV.\", \"fields\": [\"Text\"]}}]',34,101),
+(7396,'2022-11-22 16:31:32','503','Bis(BIA) lead iodide',1,'[{\"added\": {}}]',2,101),
+(7397,'2022-11-22 22:56:38','2152','ID: 2152 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\", \"Space group ID\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1636\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1654\", \"fields\": [\"System\", \"Method\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2538 (6 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7398,'2022-11-29 02:16:11','497','Formamidinium lead iodide:1.9%MDACl2',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,75),
+(7399,'2022-11-29 02:16:39','498','Formamidinium lead iodide:3.8%MDACl2',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,75),
+(7400,'2022-11-29 02:16:51','499','Formamidinium lead iodide:5.7%MDACl2',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,75),
+(7401,'2022-11-29 14:39:12','2152','ID: 2152 (atomic structure)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1710\"}}]',34,75),
+(7402,'2022-11-29 14:41:57','2149','ID: 2149 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1651\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2530 (6 data points)\", \"fields\": [\"Space group ID\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1711\"}}]',34,101),
+(7403,'2022-11-29 14:42:48','502','Cesium lead iodide bromide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,75),
+(7404,'2022-11-29 14:43:45','2148','ID: 2148 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1632\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1650\", \"fields\": [\"System\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1712\"}}]',34,101),
+(7405,'2022-11-29 14:46:06','86','band gap',2,'[{\"changed\": {\"fields\": [\"Name\", \"Method\"]}}]',29,66),
+(7406,'2022-11-29 14:48:22','86','band gap (band edge difference)',2,'[{\"changed\": {\"fields\": [\"Name\", \"Method\"]}}]',29,66),
+(7407,'2022-11-29 14:51:31','86','band gap (band edge difference)',2,'[{\"changed\": {\"fields\": [\"Method\"]}}]',29,66),
+(7408,'2022-11-29 14:53:51','2152','ID: 2152 (atomic structure)',2,'[]',34,101),
+(7409,'2022-11-29 15:29:46','2146','ID: 2146 (Absorption (Kubelka−Munk))',2,'[{\"changed\": {\"fields\": [\"System\"]}}]',34,101),
+(7410,'2022-11-29 15:32:05','292','Bis(3-iodopropylammonium) lead iodide',2,'[]',2,75),
+(7411,'2022-11-29 15:32:22','501','Bis(PIA) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\"]}}]',2,101),
+(7412,'2022-11-29 15:34:16','2150','ID: 2150 (exciton binding energy)',2,'[{\"changed\": {\"fields\": [\"System\"]}}]',34,101),
+(7413,'2022-11-29 15:35:35','292','Bis(3-iodopropylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,101),
+(7414,'2022-11-29 15:36:07','2149','ID: 2149 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,101),
+(7415,'2022-11-29 15:37:34','2149','ID: 2149 (atomic structure)',3,'',34,101),
+(7416,'2022-11-29 15:38:49','501','Bis(PIA) lead iodide',2,'[]',2,101),
+(7417,'2022-11-29 15:43:30','500','Bis(ethanolammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\"]}}]',2,101),
+(7418,'2022-12-01 16:11:36','2153','ID: 2153 (Absorption (Kubelka−Munk))',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1637\", \"fields\": [\"System\", \"Product\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1655\"}}, {\"added\": {\"name\": \"comment\", \"object\": \"A 2D Elliot formula was used to generate an exciton fit for this data. The formula can be found in the supporting information of the reference publication. The exciton binding energy was determined to be about 150 meV.\"}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2539 (55 data points)\", \"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2540 (44 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7419,'2022-12-01 16:14:52','1173','ID: 1173 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 686\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 699\", \"fields\": [\"System\"]}}]',34,101),
+(7420,'2022-12-01 16:17:46','2154','ID: 2154 (exciton binding energy)',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}]',34,101),
+(7421,'2022-12-06 14:50:02','501','Bis(PIA) lead iodide',3,'',2,101),
+(7422,'2022-12-06 14:50:23','503','Bis(BIA) lead iodide',3,'',2,101),
+(7423,'2022-12-06 15:37:43','504','Phenethylammonium rubidium(x) cesium(1-x) lead bromide(3-y) chloride(y) with x = 0.3, y = 0.3',1,'[{\"added\": {}}]',2,101),
+(7424,'2022-12-06 15:42:20','504','Bis(phenethylammonium) rubidium(x) cesium(1-x) lead bromide(3-y) chloride(y) with x = 0.3, y = 0.3',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7425,'2022-12-06 16:17:39','504','Bis(phenethylammonium) rubidium(x) cesium(1-x) lead bromide(3-y) chloride(y) with x = 0.3, y = 0.3',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\"]}}]',2,101),
+(7426,'2022-12-06 16:40:18','2157','ID: 2157 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1641\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1659\", \"fields\": [\"System\"]}}]',34,101),
+(7427,'2022-12-06 19:11:03','504','Bis(phenethylammonium) rubidium(x) cesium(1-x) lead bromide(3-y) chloride(y) with x = 0.3, y = 0.3',2,'[]',2,101),
+(7428,'2022-12-08 15:16:57','505','Bis(phenethylammonium) rubidium(x) cesium(1-x) lead bromide(3-y) chloride(y) with x = 0.2, y = 0.4',1,'[{\"added\": {}}]',2,101),
+(7429,'2022-12-08 15:47:55','2159','ID: 2159 (Electroluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1643\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1661\", \"fields\": [\"System\"]}}]',34,101),
+(7430,'2022-12-08 15:49:34','2159','ID: 2159 (Electroluminescence)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1661\", \"fields\": [\"Description\"]}}]',34,101),
+(7431,'2022-12-08 16:07:55','505','Bis(phenethylammonium) rubidium(x) cesium(1-x) lead bromide(3-y) chloride(y) with x = 0.2, y = 0.4',2,'[]',2,101),
+(7432,'2022-12-08 16:31:28','2160','ID: 2160 (external quantum efficiency (EQE))',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1644\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1662\"}}]',34,101),
+(7433,'2022-12-08 16:31:46','2160','ID: 2160 (external quantum efficiency (EQE))',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}]',34,101),
+(7434,'2022-12-08 16:36:21','2161','ID: 2161 (external quantum efficiency (EQE))',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Linked to\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1645\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1663\", \"fields\": [\"System\"]}}]',34,101),
+(7435,'2022-12-08 16:39:43','2159','ID: 2159 (Electroluminescence)',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}]',34,101),
+(7436,'2023-01-11 19:23:51','2162','ID: 2162 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1646\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1664\"}}]',34,101),
+(7437,'2023-01-11 19:38:54','2162','ID: 2162 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1664\", \"fields\": [\"Description\"]}}]',34,101),
+(7438,'2023-01-11 20:20:26','506','tributyl(methyl)phosphonium lead iodide',1,'[{\"added\": {}}]',2,101),
+(7439,'2023-01-11 20:22:15','506','Tributyl(methyl)phosphonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7440,'2023-01-11 21:19:19','2164','ID: 2164 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1648\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1666\", \"fields\": [\"System\"]}}]',34,101),
+(7441,'2023-01-11 21:20:14','2164','ID: 2164 (band gap (fundamental))',2,'[]',34,101),
+(7442,'2023-01-11 21:20:36','2163','ID: 2163 (absorbance)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1647\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1665\", \"fields\": [\"System\"]}}]',34,101),
+(7443,'2023-01-12 13:44:31','2165','ID: 2165 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}]',34,101),
+(7444,'2023-01-12 13:45:52','2165','ID: 2165 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,101),
+(7445,'2023-01-12 13:46:10','2165','ID: 2165 (photoluminescence quantum efficiency (PLQE))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1649\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1667\", \"fields\": [\"System\"]}}]',34,101),
+(7446,'2023-01-12 14:03:35','2160','ID: 2160 (external quantum efficiency (EQE))',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1662\", \"fields\": [\"Description\"]}}]',34,101),
+(7447,'2023-01-12 14:05:51','93','external quantum efficiency (EQE) normalized',1,'[{\"added\": {}}]',29,101),
+(7448,'2023-01-12 14:06:12','2166','ID: 2166 (external quantum efficiency (EQE) normalized)',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1650\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1668\", \"fields\": [\"System\"]}}]',34,101),
+(7449,'2023-01-12 14:09:15','93','electroluminescent (EL) intensity normalized',2,'[{\"changed\": {\"fields\": [\"Name\"]}}]',29,101),
+(7450,'2023-01-12 14:10:24','93','electroluminescence (EL) intensity normalized',2,'[{\"changed\": {\"fields\": [\"Name\"]}}]',29,101),
+(7451,'2023-01-12 14:11:09','2166','ID: 2166 (electroluminescence (EL) intensity normalized)',2,'[{\"changed\": {\"fields\": [\"Primary unit\", \"Secondary property\", \"Secondary unit\"]}}]',34,101),
+(7452,'2023-01-12 14:12:30','2166','ID: 2166 (electroluminescence (EL) intensity normalized)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1668\", \"fields\": [\"Description\"]}}]',34,101),
+(7453,'2023-01-12 14:14:18','2167','ID: 2167 (external quantum efficiency (EQE))',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}]',34,101),
+(7454,'2023-01-17 15:47:20','2163','ID: 2163 (absorbance)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1665\", \"fields\": [\"Method\", \"Description\"]}}]',34,101),
+(7455,'2023-01-17 15:48:00','2164','ID: 2164 (band gap (fundamental))',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1666\", \"fields\": [\"Method\", \"Description\"]}}]',34,101),
+(7456,'2023-01-17 15:48:03','2163','ID: 2163 (absorbance)',2,'[]',34,101),
+(7457,'2023-01-17 16:18:58','506','Tris(butyl(methyl)phosphonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7458,'2023-01-17 16:24:18','506','Tributyl(methyl)phosphonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7459,'2023-01-17 16:27:08','506','Tributyl(methyl)phosphonium lead iodide',2,'[]',2,101),
+(7460,'2023-01-17 17:58:37','507','4-(R)-(+)-β-methylphenethylamine indium antimony chloride',1,'[{\"added\": {}}]',2,101),
+(7461,'2023-01-17 18:32:33','2169','ID: 2169 (atomic structure)',2,'[{\"changed\": {\"name\": \"computational details\", \"object\": \"ID: 375\", \"fields\": [\"Level of relativity\"]}}]',34,75),
+(7462,'2023-01-17 19:37:49','2113','ID: 2113 (band structure)',2,'[]',34,101),
+(7463,'2023-01-17 20:11:57','2177','ID: 2177 (band structure)',3,'',34,101),
+(7464,'2023-01-17 20:52:01','2180','ID: 2180 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"System\"]}}]',34,18),
+(7465,'2023-01-17 21:22:13','27','Bis(1-(2-naphthyl)methanammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,18),
+(7466,'2023-01-17 21:25:12','14','Bis(2-naphtylmethylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,18),
+(7467,'2023-01-17 21:26:24','27','Bis(1-(2-naphthyl)methanammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\", \"Iupac\"]}}]',2,18),
+(7468,'2023-01-17 21:31:38','2187','ID: 2187 (band structure)',2,'[{\"changed\": {\"fields\": [\"System\"]}}]',34,18),
+(7469,'2023-01-17 21:33:49','7','Bis(1-(2-naphthyl)methylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Iupac\"]}}]',2,18),
+(7470,'2023-01-17 21:34:53','27','Bis(1-(2-naphthyl)methylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,18),
+(7471,'2023-01-17 21:35:56','14','Bis(1-(2-naphtyl)methylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,18),
+(7472,'2023-01-17 21:40:59','14','Bis(1-(2-naphthyl)methylammonium) lead chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,18),
+(7473,'2023-01-17 21:51:24','25','Bis(2-anthrylmethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,18),
+(7474,'2023-01-17 21:51:53','26','Bis(2-anthrylmethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,18),
+(7475,'2023-01-18 01:53:48','285','2023 -  R. Song, C. Liu, D. Mitzi, Y. Kanai, V. Blum, To be published NA , NA \"Structural and Electronic Tunability of Acene Alkylamines based Layered Hybrid Organic-Inorganic Perovskites from First P',2,'[{\"changed\": {\"fields\": [\"Journal\"]}}]',3,18),
+(7476,'2023-01-18 01:54:06','2169','ID: 2169 (atomic structure)',2,'[]',34,18),
+(7477,'2023-01-19 17:34:59','2168','ID: 2168 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,101),
+(7478,'2023-01-20 02:12:47','2168','ID: 2168 (atomic structure)',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1657\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1670\"}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2561 (6 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7479,'2023-01-20 02:29:03','2168','ID: 2168 (atomic structure)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1670\", \"fields\": [\"Description\"]}}]',34,101),
+(7480,'2023-01-24 15:32:53','2203','ID: 2203 (absorbance)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1658\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1671\", \"fields\": [\"System\"]}}]',34,101),
+(7481,'2023-01-24 15:46:42','2204','ID: 2204 (PL intensity)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group ID\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1659\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1672\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2599 (185 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7482,'2023-01-24 15:55:52','2203','ID: 2203 (absorbance)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1671\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2598 (135 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7483,'2023-01-24 15:56:37','2203','ID: 2203 (absorbance)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,101),
+(7484,'2023-01-24 15:58:12','507','4-(R)-(+)-β-methylphenethylamine indium antimony chloride',2,'[{\"changed\": {\"fields\": [\"Organic\", \"Inorganic\"]}}]',2,101),
+(7485,'2023-01-24 16:13:20','2204','ID: 2204 (PL intensity)',2,'[{\"deleted\": {\"name\": \"subset\", \"object\": \"ID: None (0 data points)\"}}, {\"added\": {\"name\": \"additional file\", \"object\": \"ID: 3160\"}}]',34,101),
+(7486,'2023-01-24 16:14:42','2204','ID: 2204 (PL intensity)',3,'',34,101),
+(7487,'2023-01-24 16:15:12','2205','ID: 2205 (PL intensity)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1660\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1673\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2600 (173 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7488,'2023-01-24 16:28:45','2206','ID: 2206 (photoluminescence excitation)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1661\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1674\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2601 (128 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7489,'2023-01-31 15:33:07','509','4-(R)-(−)-1-cyclohexylethylammonium indium antimony chloride',1,'[{\"added\": {}}]',2,101),
+(7490,'2023-01-31 15:34:37','9','Bis(phenylethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,75),
+(7491,'2023-01-31 15:37:00','509','4-(R)-(−)-1-cyclohexylethylammonium indium antimony chloride',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Organic\"]}}]',2,101),
+(7492,'2023-01-31 15:59:41','2207','ID: 2207 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1662\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1675\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2602 (6 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7493,'2023-01-31 16:00:56','2207','ID: 2207 (atomic structure)',2,'[]',34,101),
+(7494,'2023-01-31 16:33:22','2208','ID: 2208 (absorbance)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Space group ID\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1663\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1676\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2603 (109 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7495,'2023-01-31 16:34:25','2206','ID: 2206 (photoluminescence excitation)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,101),
+(7496,'2023-01-31 16:34:38','2205','ID: 2205 (PL intensity)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,101),
+(7497,'2023-01-31 16:34:48','2203','ID: 2203 (absorbance)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,101),
+(7498,'2023-01-31 16:35:05','2208','ID: 2208 (absorbance)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,101),
+(7499,'2023-01-31 16:35:17','2206','ID: 2206 (photoluminescence excitation)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,101),
+(7500,'2023-01-31 16:35:29','2205','ID: 2205 (PL intensity)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,101),
+(7501,'2023-01-31 16:35:40','2203','ID: 2203 (absorbance)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,101),
+(7502,'2023-01-31 16:37:24','2208','ID: 2208 (absorbance)',2,'[]',34,101),
+(7503,'2023-01-31 16:49:12','2206','ID: 2206 (photoluminescence excitation)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,101),
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+(7505,'2023-02-07 15:50:25','2205','ID: 2205 (PL intensity)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,101),
+(7506,'2023-02-07 15:52:43','2209','ID: 2209 (photoluminescence excitation)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1664\", \"fields\": [\"Product\", \"Description\"]}}]',34,101),
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+(7509,'2023-02-13 18:36:19','2230','ID: 2230 (Signatures of Superfluorescence)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property\", \"Primary property label\"]}}]',34,20),
+(7510,'2023-02-13 18:37:46','2230','ID: 2230 (Superfluorescence)',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,20),
+(7511,'2023-02-13 18:45:57','98','Superfluorescence (SF)',1,'[{\"added\": {}}]',29,20),
+(7512,'2023-02-13 18:46:05','2230','ID: 2230 (Superfluorescence (SF))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,20),
+(7513,'2023-02-13 18:46:41','510','PEA-CsPbBr3',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,20),
+(7514,'2023-02-13 18:47:55','2230','ID: 2230 (Superfluorescence (SF))',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2625 (256 data points)\", \"fields\": [\"Crystal system\"]}}]',34,20),
+(7515,'2023-02-13 18:49:51','2230','ID: 2230 (Superfluorescence (SF))',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2625 (256 data points)\", \"fields\": [\"Label\", \"Crystal system\"]}}]',34,20),
+(7516,'2023-02-13 19:03:18','2231','ID: 2231 (Superfluorescence (SF))',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1722\", \"fields\": [\"Physical property\"]}}]',34,20),
+(7517,'2023-02-13 19:04:17','2230','ID: 2230 (Superfluorescence (SF))',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2625 (256 data points)\", \"fields\": [\"Label\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1723\"}}]',34,20),
+(7518,'2023-02-13 19:10:46','99','Superfluorescence (SF) Spectra',1,'[{\"added\": {}}]',29,20),
+(7519,'2023-02-13 19:14:05','100','Superfluorescence (SF) Time-resolved PL',1,'[{\"added\": {}}]',29,20),
+(7520,'2023-02-13 19:14:39','101','Superfluorescence (SF) Phase Diagram',1,'[{\"added\": {}}]',29,20),
+(7521,'2023-02-13 19:15:29','2230','ID: 2230 (Superfluorescence (SF) Spectra)',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,20),
+(7522,'2023-02-13 19:24:18','102','Fluence',1,'[{\"added\": {}}]',29,20),
+(7523,'2023-02-13 19:24:37','47','uJ/cm2',1,'[{\"added\": {}}]',30,20),
+(7524,'2023-02-13 19:25:34','2233','ID: 2233 (Superfluorescence (SF) Time-resolved PL)',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1725\", \"fields\": [\"Physical property\", \"Value\", \"Unit\"]}}]',34,20),
+(7525,'2023-02-13 19:28:11','2233','ID: 2233 (Superfluorescence (SF) Time-resolved PL)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1726\"}}]',34,20),
+(7526,'2023-02-13 22:36:06','2235','ID: 2235 (Superfluorescence (SF) Phase Diagram)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,75),
+(7527,'2023-02-13 22:36:59','2235','ID: 2235 (Superfluorescence (SF) Phase Diagram)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,75),
+(7528,'2023-02-13 22:38:38','2235','ID: 2235 (Superfluorescence (SF) Phase Diagram)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,75),
+(7529,'2023-02-13 22:39:12','2235','ID: 2235 (Superfluorescence (SF) Phase Diagram)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,75),
+(7530,'2023-02-13 22:49:37','505','Bis(phenethylammonium) rubidium(x) cesium(1-x) lead bromide(3-y) chloride(y); x = 0.2, y = 0.4',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7531,'2023-02-13 22:50:07','504','Bis(phenethylammonium) rubidium(x) cesium(1-x) lead bromide(3-y) chloride(y); x = 0.3, y = 0.3',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7532,'2023-02-13 22:55:04','505','Bis(phenethylammonium) rubidium(x) cesium(1-x) lead bromide(3-y) chloride(y): x = 0.2, y = 0.4',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7533,'2023-02-13 22:57:56','504','Bis(phenethylammonium) rubidium(x) cesium(1-x) lead bromide(3-y) chloride(y): x = 0.3, y = 0.3',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7534,'2023-02-13 22:58:59','491','Bis(phenethylammonium) lead iodide(1-x) bromide(x): x = 0.75',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7535,'2023-02-13 22:59:15','490','Bis(phenethylammonium) lead iodide(1-x) bromide(x): x = 0.5',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7536,'2023-02-14 15:19:45','489','Formamidinium(1-x) cesium(x) lead bromide: x = 0.6',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7537,'2023-02-14 15:20:20','488','Bis(phenethylammonium) lead iodide(1-x) bromide(x): x = 0.25',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7538,'2023-02-14 15:20:49','484','S-2-methylbutylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7539,'2023-02-14 15:21:07','485','S-2-methylbutylammonium lead iodide (placeholder 485)',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7540,'2023-02-14 15:21:20','486','S-2-methylbutylammonium lead iodide (placeholder 486)',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7541,'2023-02-14 15:22:17','487','S-2-methylbutylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7542,'2023-02-14 16:58:26','2236','ID: 2236 (absorbance)',2,'[]',34,101),
+(7543,'2023-02-18 22:10:04','2236','ID: 2236 (absorbance)',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1666\"}}]',34,101),
+(7544,'2023-02-19 15:23:57','122','test51',3,'',19,8),
+(7545,'2023-02-19 15:24:29','121','test50',3,'',19,8),
+(7546,'2023-02-19 15:25:34','116','geraldlee',3,'',19,8),
+(7547,'2023-02-19 15:26:37','117','jessicawilliams',3,'',19,8),
+(7548,'2023-02-20 05:13:16','2236','ID: 2236 (absorbance)',2,'[{\"changed\": {\"fields\": [\"Sample type\", \"Space group ID\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1679\"}}]',34,101),
+(7549,'2023-02-20 05:15:02','2236','ID: 2236 (absorbance)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}]',34,101),
+(7550,'2023-02-20 05:15:02','2236','ID: 2236 (absorbance)',2,'[]',34,101),
+(7551,'2023-02-20 14:51:39','2236','ID: 2236 (absorbance)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1679\", \"fields\": [\"Description\"]}}]',34,101),
+(7552,'2023-02-21 15:38:08','2243','ID: 2243 (PL intensity)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1673\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1686\", \"fields\": [\"System\"]}}]',34,101),
+(7553,'2023-02-21 15:38:47','2244','ID: 2244 (PL intensity)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1674\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1687\", \"fields\": [\"System\"]}}]',34,101),
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+(7556,'2023-02-21 15:39:58','2237','ID: 2237 (absorbance)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1667\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1680\", \"fields\": [\"System\", \"Description\"]}}]',34,101),
+(7557,'2023-02-21 15:40:26','2238','ID: 2238 (absorbance)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1668\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1681\", \"fields\": [\"System\", \"Description\"]}}]',34,101),
+(7558,'2023-02-21 15:40:55','2239','ID: 2239 (absorbance)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1669\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1682\", \"fields\": [\"System\", \"Description\"]}}]',34,101),
+(7559,'2023-02-21 15:41:19','2240','ID: 2240 (absorbance)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1670\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1683\", \"fields\": [\"System\", \"Description\"]}}]',34,101),
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+(7561,'2023-02-21 15:42:07','2242','ID: 2242 (absorbance)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1672\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1685\", \"fields\": [\"System\", \"Description\"]}}]',34,101),
+(7562,'2023-02-21 15:46:07','2246','ID: 2246 (PL intensity)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1676\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1689\", \"fields\": [\"System\"]}}]',34,101),
+(7563,'2023-02-21 15:46:26','2247','ID: 2247 (PL intensity)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1677\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1690\", \"fields\": [\"System\"]}}]',34,101),
+(7564,'2023-02-21 15:46:49','2248','ID: 2248 (PL intensity)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1678\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1691\", \"fields\": [\"System\"]}}]',34,101),
+(7565,'2023-02-21 15:47:08','2249','ID: 2249 (PL intensity)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1679\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1692\", \"fields\": [\"System\"]}}]',34,101),
+(7566,'2023-02-21 16:18:58','511','Bis(R-methylbenzylammonium) copper chloride',1,'[{\"added\": {}}]',2,101),
+(7567,'2023-02-21 16:44:22','2250','ID: 2250 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1680\", \"fields\": [\"System\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1693\"}}]',34,101),
+(7568,'2023-02-21 16:52:27','512','Bis(S-methylbenzylammonium) copper chloride',1,'[{\"added\": {}}]',2,101),
+(7569,'2023-02-21 16:55:29','2251','ID: 2251 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1681\", \"fields\": [\"Description\"]}}]',34,101),
+(7570,'2023-02-21 16:55:44','2250','ID: 2250 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1680\", \"fields\": [\"Description\"]}}]',34,101),
+(7571,'2023-02-21 17:42:24','490','Bis(phenethylammonium) lead iodide(1-x) bromide(x): x = 0.5',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,101),
+(7572,'2023-02-21 17:42:36','491','Bis(phenethylammonium) lead iodide(1-x) bromide(x): x = 0.75',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,101),
+(7573,'2023-02-21 17:42:48','488','Bis(phenethylammonium) lead iodide(1-x) bromide(x): x = 0.25',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,101),
+(7574,'2023-02-21 17:45:11','504','Bis(phenethylammonium) rubidium(x) cesium(1-x) lead bromide(3-y) chloride(y): x = 0.3, y = 0.3',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,101),
+(7575,'2023-02-21 17:46:06','505','Bis(phenethylammonium) rubidium(x) cesium(1-x) lead bromide(3-y) chloride(y): x = 0.2, y = 0.4',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,101),
+(7576,'2023-02-21 17:52:29','97','Signatures of Superfluorescence',3,'',29,8),
+(7577,'2023-02-21 17:52:48','94','Superfluorescence',3,'',29,8),
+(7578,'2023-02-21 18:06:12','2251','ID: 2251 (atomic structure)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1729\"}}]',34,101),
+(7579,'2023-02-21 18:06:49','2251','ID: 2251 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,101),
+(7580,'2023-02-21 22:16:02','510','Multi-domain  PEA-modified Cesium Lead Bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Iupac\"]}}]',2,20),
+(7581,'2023-02-21 22:25:52','2230','ID: 2230 (Superfluorescence (SF) Spectra)',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1682\"}}, {\"added\": {\"name\": \"comment\", \"object\": \"Note that PEABr is added here as an additive to the stoichiometric ratios of CsBr and PbBr2\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1695\"}}]',34,20),
+(7582,'2023-02-21 22:46:17','289','2022 -   Nature Photonics 16 , 324 \"Room-temperature superfluorescence in hybrid perovskites and its origins\"',1,'[{\"added\": {}}]',3,20),
+(7583,'2023-02-21 22:47:07','1637','et. al., ',1,'[{\"added\": {}}]',5,20),
+(7584,'2023-02-21 22:49:05','1637','et. al., ',3,'',5,20),
+(7585,'2023-02-21 22:50:04','289','2022 -   Nature Photonics 16 , 324 \"Room-temperature superfluorescence in hybrid perovskites and its origins\"',3,'',3,20),
+(7586,'2023-02-21 22:50:40','1638','Gamze Findik, ',1,'[{\"added\": {}}]',5,20),
+(7587,'2023-02-21 22:51:00','1639','Juliana Mendes, ',1,'[{\"added\": {}}]',5,20),
+(7588,'2023-02-21 22:51:17','1640','Dovletgeldi Seyitliyev, ',1,'[{\"added\": {}}]',5,20),
+(7589,'2023-02-21 22:51:29','1641','Lei Lei, ',1,'[{\"added\": {}}]',5,20),
+(7590,'2023-02-21 22:51:41','1642','Qi Dong, ',1,'[{\"added\": {}}]',5,20),
+(7591,'2023-02-21 22:51:56','1643','Yash Mehta, ',1,'[{\"added\": {}}]',5,20),
+(7592,'2023-02-21 22:52:17','1644','Vasily V. Temnov, ',1,'[{\"added\": {}}]',5,20),
+(7593,'2023-02-21 22:52:28','1645','Franky So, ',1,'[{\"added\": {}}]',5,20),
+(7594,'2023-02-21 22:52:42','1646','Kenan Gundogdu, ',1,'[{\"added\": {}}]',5,20),
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+(7600,'2023-02-23 02:39:52','2095','ID: 2095 (differential scanning calorimetry)',2,'[{\"changed\": {\"fields\": [\"Primary property\", \"Primary unit\", \"Secondary property\", \"Secondary unit\"]}}]',34,101),
+(7601,'2023-02-23 02:40:19','2095','ID: 2095 (differential scanning calorimetry)',2,'[{\"changed\": {\"fields\": [\"Is figure\"]}}]',34,101),
+(7602,'2023-02-23 02:41:36','2095','ID: 2095 (differential scanning calorimetry)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2371 (47 data points)\", \"fields\": [\"Label\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2372 (50 data points)\", \"fields\": [\"Label\"]}}]',34,101),
+(7603,'2023-02-23 02:42:52','2095','ID: 2095 (differential scanning calorimetry)',2,'[]',34,101),
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+(7607,'2023-02-24 16:30:59','513','N-methyl 3-iodopropylammonium lead iodide',3,'',2,75),
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+(7609,'2023-02-24 16:43:31','2255','ID: 2255 (Absorption (Kubelka−Munk))',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,75),
+(7610,'2023-02-24 17:46:00','2256','ID: 2256 (atomic structure)',2,'[{\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1731\"}}]',34,75),
+(7611,'2023-02-24 17:49:47','514','N-methyl 3-iodopropylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,75),
+(7612,'2023-02-28 15:23:50','515','Bis(rac-methylbenzylammonium) copper chloride',1,'[{\"added\": {}}]',2,101),
+(7613,'2023-02-28 15:30:32','515','Bis(rac-)methylbenzylammonium copper chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7614,'2023-02-28 15:30:41','512','Bis(S-)methylbenzylammonium copper chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7615,'2023-02-28 15:30:51','511','Bis(R-)methylbenzylammonium copper chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7616,'2023-02-28 15:38:53','2258','ID: 2258 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1693\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1706\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2653 (6 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7617,'2023-02-28 15:41:05','2250','ID: 2250 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2645 (6 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7618,'2023-02-28 15:42:29','2250','ID: 2250 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1680\", \"fields\": [\"Product\", \"Description\"]}}]',34,101),
+(7619,'2023-02-28 15:43:56','2251','ID: 2251 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1681\", \"fields\": [\"System\", \"Product\", \"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1694\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2646 (6 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7620,'2023-02-28 15:44:27','2250','ID: 2250 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1732\"}}]',34,101),
+(7621,'2023-02-28 15:44:55','2258','ID: 2258 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1733\"}}]',34,101),
+(7622,'2023-02-28 15:45:07','2258','ID: 2258 (atomic structure)',2,'[]',34,101),
+(7623,'2023-02-28 15:45:19','2250','ID: 2250 (atomic structure)',2,'[]',34,101),
+(7624,'2023-02-28 15:45:27','2251','ID: 2251 (atomic structure)',2,'[]',34,101),
+(7625,'2023-02-28 15:48:15','490','Bis(phenethylammonium) lead iodide(1-x) bromide(x): x = 0.5',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,101),
+(7626,'2023-02-28 15:48:56','511','Bis(R-)methylbenzylammonium copper chloride',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,101),
+(7627,'2023-02-28 15:49:10','512','Bis(S-)methylbenzylammonium copper chloride',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,101),
+(7628,'2023-02-28 16:26:38','511','Bis(R-)methylbenzylammonium copper chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,101),
+(7629,'2023-02-28 16:26:45','511','Bis(R-)methylbenzylammonium copper chloride',2,'[]',2,101),
+(7630,'2023-02-28 16:26:55','515','Bis(rac-)methylbenzylammonium copper chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,101),
+(7631,'2023-02-28 16:47:18','516','Oleylamine-modified cesium lead iodide (QD = 17.3 nm)',1,'[{\"added\": {}}]',2,101),
+(7632,'2023-02-28 16:47:36','516','Oleylamine-modified cesium lead iodide: QD = 17.3 nm',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7633,'2023-02-28 16:48:27','2236','ID: 2236 (absorbance)',2,'[{\"changed\": {\"fields\": [\"System\"]}}]',34,101),
+(7634,'2023-02-28 16:48:56','2243','ID: 2243 (PL intensity)',2,'[{\"changed\": {\"fields\": [\"System\"]}}]',34,101),
+(7635,'2023-02-28 18:25:27','100','nweadock',2,'[{\"changed\": {\"fields\": [\"Staff status\"]}}]',19,75),
+(7636,'2023-02-28 18:43:31','516','Oleylammonium capped cesium lead iodide quantum dots (~17.3 nm)',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Description\"]}}]',2,75),
+(7637,'2023-02-28 21:18:37','2257','ID: 2257 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1705\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1734\"}}]',34,75),
+(7638,'2023-03-04 23:02:11','103','Exciton energy',1,'[{\"added\": {}}]',29,8),
+(7639,'2023-03-04 23:02:42','2261','ID: 2261 (Exciton energy)',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,8),
+(7640,'2023-03-05 15:44:45','742','ID: 742 (band structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,16),
+(7641,'2023-03-05 15:45:57','743','ID: 743 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,16),
+(7642,'2023-03-05 18:04:16','104','Band gap (fundamental, calculated) (DFT-HSE06+SOC)',1,'[{\"added\": {}}]',29,8),
+(7643,'2023-03-05 18:05:51','743','ID: 743 (Band gap (fundamental, calculated) (DFT-HSE06+SOC))',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property\"]}}]',34,8),
+(7644,'2023-03-05 18:06:28','742','ID: 742 (band structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,8),
+(7645,'2023-03-05 18:14:56','743','ID: 743 (Band gap (fundamental, calculated) (DFT-HSE06+SOC))',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,8),
+(7646,'2023-03-05 18:15:07','2259','ID: 2259 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"System\"]}}]',34,66),
+(7647,'2023-03-05 18:15:32','742','ID: 742 (band structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,8),
+(7648,'2023-03-05 18:17:06','2259','ID: 2259 (Band gap (fundamental, calculated) (DFT-HSE06+SOC))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,66),
+(7649,'2023-03-05 18:17:34','2259','ID: 2259 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"System\", \"Primary property\"]}}]',34,66),
+(7650,'2023-03-05 18:34:20','743','ID: 743 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,66),
+(7651,'2023-03-05 18:35:27','2259','ID: 2259 (band gap (fundamental))',2,'[]',34,8),
+(7652,'2023-03-05 18:36:31','2259','ID: 2259 (Band gap (fundamental, calculated) (DFT-HSE06+SOC))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,8),
+(7653,'2023-03-05 18:37:06','743','ID: 743 (Band gap (fundamental, calculated) (DFT-HSE06+SOC))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,8),
+(7654,'2023-03-05 18:38:27','2259','ID: 2259 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Primary property\", \"Primary property label\"]}}]',34,8),
+(7655,'2023-03-05 18:39:20','2259','ID: 2259 (band gap (optical, theory))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,66),
+(7656,'2023-03-05 18:41:40','2259','ID: 2259 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,66),
+(7657,'2023-03-05 18:46:08','2259','ID: 2259 (band gap (fundamental))',2,'[]',34,66),
+(7658,'2023-03-05 18:46:17','2259','ID: 2259 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,8),
+(7659,'2023-03-05 18:48:45','743','ID: 743 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property\", \"Representative\"]}}]',34,8),
+(7660,'2023-03-05 18:49:11','2259','ID: 2259 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Primary property label\"]}}]',34,8),
+(7661,'2023-03-05 18:49:25','742','ID: 742 (band structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,8),
+(7662,'2023-03-05 18:57:54','1940','ID: 1940 (photoluminescence excitation)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"Note that the x axis of PLE spectroscopy is the excitation frequency, which is varied in this experiment, while the y axis is the PL intensity measured at fixed energy (here, 2.35 eV).\"}}]',34,8),
+(7663,'2023-03-05 18:59:15','742','ID: 742 (band structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,8),
+(7664,'2023-03-05 18:59:34','743','ID: 743 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,8),
+(7665,'2023-03-05 19:07:11','477','Hexaflourobenzene bis(phenethylammonium) tin iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,8),
+(7666,'2023-03-05 19:10:22','499','Formamidinium lead iodide:5.7%MDACl2',2,'[{\"changed\": {\"fields\": [\"Organic\", \"Inorganic\"]}}]',2,8),
+(7667,'2023-03-05 19:12:54','499','Formamidinium lead iodide:5.7%MDACl2',2,'[{\"changed\": {\"fields\": [\"Organic\", \"Inorganic\"]}}]',2,8),
+(7668,'2023-03-05 19:13:25','499','Formamidinium lead iodide:5.7%MDACl2',2,'[{\"changed\": {\"fields\": [\"Formula\"]}}]',2,8),
+(7669,'2023-03-05 19:13:44','498','Formamidinium lead iodide:3.8%MDACl2',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Inorganic\"]}}]',2,8),
+(7670,'2023-03-05 19:13:56','497','Formamidinium lead iodide:1.9%MDACl2',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Inorganic\"]}}]',2,8),
+(7671,'2023-03-05 19:21:03','2260','ID: 2260 (exciton binding energy)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,8),
+(7672,'2023-03-06 15:15:23','516','Oleylammonium capped cesium lead iodide quantum dots (~17.3 nm)',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,101),
+(7673,'2023-03-06 16:49:47','2267','ID: 2267 (band gap (fundamental))',2,'[{\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"changed\": {\"name\": \"computational details\", \"object\": \"ID: 409\", \"fields\": [\"Numerical accuracy\"]}}]',34,8),
+(7674,'2023-03-06 16:53:44','2267','ID: 2267 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}]',34,8),
+(7675,'2023-03-06 16:56:06','2267','ID: 2267 (band gap (fundamental))',2,'[{\"changed\": {\"name\": \"comment\", \"object\": \"The geometry used was computationally optimized (unit cell and atomic positions) starting from the XRD-determined structure reported in https://doi.org/10.1021/acs.inorgchem.7b01094 . The level of theory used was DFT-PBE including the Tkatchenko-Scheffler van der Waals correction.\", \"fields\": [\"Text\"]}}]',34,8),
+(7676,'2023-03-06 16:57:36','743','ID: 743 (band gap (fundamental))',3,'',34,8),
+(7677,'2023-03-06 17:01:01','745','ID: 745 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Reference\"]}}, {\"changed\": {\"name\": \"computational details\", \"object\": \"ID: 145\", \"fields\": [\"Xc functional\", \"Level of relativity\"]}}, {\"changed\": {\"name\": \"comment\", \"object\": \"The original structure is based on the experimental resolved (PEA)2PbI4 structure from the reference tag\", \"fields\": [\"Text\"]}}]',34,8),
+(7678,'2023-03-06 17:01:54','2259','ID: 2259 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',34,8),
+(7679,'2023-03-06 17:02:27','2260','ID: 2260 (exciton binding energy)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',34,8),
+(7680,'2023-03-06 17:02:44','2261','ID: 2261 (Exciton energy)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',34,8),
+(7681,'2023-03-07 15:22:00','517','Oleylammonium capped cesium lead iodide quantum dots (~7.9 nm)',1,'[{\"added\": {}}]',2,101),
+(7682,'2023-03-07 15:22:09','516','Oleylammonium capped cesium lead iodide quantum dots (~17.3 nm)',2,'[]',2,101),
+(7683,'2023-03-07 15:22:23','517','Oleylammonium capped cesium lead iodide quantum dots (~7.9 nm)',2,'[{\"changed\": {\"fields\": [\"Derived to from\"]}}]',2,101),
+(7684,'2023-03-07 15:24:15','518','Oleylammonium capped cesium lead iodide quantum dots (~7.4 nm)',1,'[{\"added\": {}}]',2,101),
+(7685,'2023-03-07 15:25:29','519','Oleylammonium capped cesium lead iodide quantum dots (~6.9 nm)',1,'[{\"added\": {}}]',2,101),
+(7686,'2023-03-07 15:26:49','520','Oleylammonium capped cesium lead iodide quantum dots (~6.2 nm)',1,'[{\"added\": {}}]',2,101),
+(7687,'2023-03-07 15:28:02','521','Oleylammonium capped cesium lead iodide quantum dots (~5.4 nm)',1,'[{\"added\": {}}]',2,101),
+(7688,'2023-03-07 15:29:04','522','Oleylammonium capped cesium lead iodide quantum dots (~4.9 nm)',1,'[{\"added\": {}}]',2,101),
+(7689,'2023-03-07 15:31:56','2237','ID: 2237 (absorbance)',2,'[{\"changed\": {\"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1667\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1680\", \"fields\": [\"System\"]}}]',34,101),
+(7690,'2023-03-07 15:32:28','2244','ID: 2244 (PL intensity)',2,'[{\"changed\": {\"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1674\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1687\", \"fields\": [\"System\"]}}]',34,101),
+(7691,'2023-03-07 15:32:56','2238','ID: 2238 (absorbance)',2,'[{\"changed\": {\"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1668\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1681\", \"fields\": [\"System\"]}}]',34,101),
+(7692,'2023-03-07 15:33:30','2245','ID: 2245 (PL intensity)',2,'[{\"changed\": {\"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1675\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1688\", \"fields\": [\"System\"]}}]',34,101),
+(7693,'2023-03-07 15:34:03','2239','ID: 2239 (absorbance)',2,'[{\"changed\": {\"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1669\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1682\", \"fields\": [\"System\"]}}]',34,101),
+(7694,'2023-03-07 15:34:40','2246','ID: 2246 (PL intensity)',2,'[{\"changed\": {\"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1676\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1689\", \"fields\": [\"System\"]}}]',34,101),
+(7695,'2023-03-07 15:35:13','2240','ID: 2240 (absorbance)',2,'[{\"changed\": {\"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1670\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1683\", \"fields\": [\"System\"]}}]',34,101),
+(7696,'2023-03-07 15:35:43','2247','ID: 2247 (PL intensity)',2,'[{\"changed\": {\"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1677\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1690\", \"fields\": [\"System\"]}}]',34,101),
+(7697,'2023-03-07 15:36:10','2241','ID: 2241 (absorbance)',2,'[{\"changed\": {\"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1671\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1684\", \"fields\": [\"System\"]}}]',34,101),
+(7698,'2023-03-07 15:36:44','2248','ID: 2248 (PL intensity)',2,'[{\"changed\": {\"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1678\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1691\", \"fields\": [\"System\"]}}]',34,101),
+(7699,'2023-03-07 15:37:15','2242','ID: 2242 (absorbance)',2,'[{\"changed\": {\"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1672\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1685\", \"fields\": [\"System\"]}}]',34,101),
+(7700,'2023-03-07 15:37:43','2249','ID: 2249 (PL intensity)',2,'[{\"changed\": {\"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1679\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1692\", \"fields\": [\"System\"]}}]',34,101),
+(7701,'2023-03-07 15:40:03','2237','ID: 2237 (absorbance)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,101),
+(7702,'2023-03-07 15:40:15','2244','ID: 2244 (PL intensity)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,101),
+(7703,'2023-03-07 15:40:27','2238','ID: 2238 (absorbance)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,101),
+(7704,'2023-03-07 15:40:38','2245','ID: 2245 (PL intensity)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,101),
+(7705,'2023-03-07 15:40:49','2239','ID: 2239 (absorbance)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,101),
+(7706,'2023-03-07 15:41:00','2246','ID: 2246 (PL intensity)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,101),
+(7707,'2023-03-07 15:41:12','2240','ID: 2240 (absorbance)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,101),
+(7708,'2023-03-07 15:41:24','2247','ID: 2247 (PL intensity)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,101),
+(7709,'2023-03-07 15:41:39','2241','ID: 2241 (absorbance)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,101),
+(7710,'2023-03-07 15:41:51','2248','ID: 2248 (PL intensity)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,101),
+(7711,'2023-03-07 15:42:03','2242','ID: 2242 (absorbance)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,101),
+(7712,'2023-03-07 15:42:15','2249','ID: 2249 (PL intensity)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,101),
+(7713,'2023-03-07 15:51:16','512','Bis(S-)methylbenzylammonium copper chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,101),
+(7714,'2023-03-07 15:51:30','515','Bis(rac-)methylbenzylammonium copper chloride',2,'[]',2,101),
+(7715,'2023-03-07 15:56:39','511','Bis(R-)methylbenzylammonium copper chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,101),
+(7716,'2023-03-07 15:56:51','512','Bis(S-)methylbenzylammonium copper chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,101),
+(7717,'2023-03-07 15:56:59','515','Bis(rac-)methylbenzylammonium copper chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,101),
+(7718,'2023-03-07 15:57:09','511','Bis(R-)methylbenzylammonium copper chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,101),
+(7719,'2023-03-07 15:57:15','512','Bis(S-)methylbenzylammonium copper chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,101),
+(7720,'2023-03-07 15:57:19','515','Bis(rac-)methylbenzylammonium copper chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,101),
+(7721,'2023-03-07 16:03:52','509','4-(R)-(−)-1-cyclohexylethylammonium indium antimony chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,101),
+(7722,'2023-03-07 16:05:21','507','4-(R)-(+)-β-methylphenethylamine indium antimony chloride',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,101),
+(7723,'2023-03-07 16:06:09','507','4-(R)-(+)-β-methylphenethylammonium indium antimony chloride',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7724,'2023-03-07 16:10:20','488','Bis(phenethylammonium) lead iodide(1-x) bromide(x): x = 0.25',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,101),
+(7725,'2023-03-07 16:10:45','490','Bis(phenethylammonium) lead iodide(1-x) bromide(x): x = 0.5',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,101),
+(7726,'2023-03-07 16:11:08','491','Bis(phenethylammonium) lead iodide(1-x) bromide(x): x = 0.75',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,101),
+(7727,'2023-03-07 16:11:36','496','Cesium lead bromide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,101),
+(7728,'2023-03-07 16:35:23','2269','ID: 2269 (band structure)',2,'[{\"changed\": {\"fields\": [\"Linked to\"]}}]',34,16),
+(7729,'2023-03-21 14:48:19','523','S-β-methylphenethylammonium—butylammonium lead bromide',1,'[{\"added\": {}}]',2,101),
+(7730,'2023-03-21 14:48:30','523','S-β-methylphenethylammonium butylammonium lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,101),
+(7731,'2023-03-21 14:53:50','523','S-β-methylphenethylammonium butylammonium lead bromide',2,'[]',2,101),
+(7732,'2023-03-21 15:38:15','2270','ID: 2270 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1702\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1715\", \"fields\": [\"System\"]}}]',34,101),
+(7733,'2023-03-21 15:52:23','2271','ID: 2271 (circular dichroism (CD))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1703\", \"fields\": [\"System\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1716\", \"fields\": [\"System\"]}}]',34,101),
+(7734,'2023-03-28 12:25:13','1558','ID: 1558 (Thermogravimetric behavior)',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,75),
+(7735,'2023-03-28 12:32:24','1870','ID: 1870 (Thermogravimetric behavior)',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,75),
+(7736,'2023-03-28 12:32:51','1872','ID: 1872 (Thermogravimetric behavior)',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,75),
+(7737,'2023-03-28 12:34:06','1869','ID: 1869 (differential scanning calorimetry)',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,75),
+(7738,'2023-03-28 14:42:24','507','4-(R)-(+)-β-methylphenethylammonium indium antimony chloride',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,101),
+(7739,'2023-03-28 14:42:41','504','Bis(phenethylammonium) rubidium(x) cesium(1-x) lead bromide(3-y) chloride(y): x = 0.3, y = 0.3',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,101),
+(7740,'2023-03-28 14:42:56','505','Bis(phenethylammonium) rubidium(x) cesium(1-x) lead bromide(3-y) chloride(y): x = 0.2, y = 0.4',2,'[{\"changed\": {\"fields\": [\"Organic\", \"Inorganic\"]}}]',2,101),
+(7741,'2023-03-28 14:47:56','524','Bis(2-([2,2\'-bithiophen]-5-yl)ethan-1-aminium) methylammonium lead iodide',1,'[{\"added\": {}}]',2,101),
+(7742,'2023-03-28 14:49:00','524','Bis(2-([2,2\'-bithiophen]-5-yl)ethan-1-aminium) methylammonium lead iodide',2,'[]',2,101),
+(7743,'2023-03-28 14:54:58','2272','ID: 2272 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Visible\", \"Space group ID\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2667 (6 data points)\", \"fields\": [\"Space group ID\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1739\"}}]',34,101),
+(7744,'2023-03-28 15:04:32','525','Bis(2-([2,2\'-bithiophen]-5-yl)ethan-1-aminium) bis(methylammonium) lead iodide',1,'[{\"added\": {}}]',2,101),
+(7745,'2023-03-28 15:06:40','2273','ID: 2273 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2668 (6 data points)\", \"fields\": [\"Space group ID\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1740\"}}]',34,101),
+(7746,'2023-03-28 15:28:29','526','Bis(C14H14NS3) lead iodide',1,'[{\"added\": {}}]',2,101),
+(7747,'2023-03-28 15:30:57','2274','ID: 2274 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2669 (6 data points)\", \"fields\": [\"Space group ID\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1741\"}}]',34,101),
+(7748,'2023-03-28 15:35:41','527','Bis(C14H14NS3) methylammonium lead iodide',1,'[{\"added\": {}}]',2,101),
+(7749,'2023-03-28 15:38:49','2275','ID: 2275 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2670 (6 data points)\", \"fields\": [\"Space group ID\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1742\"}}]',34,101),
+(7750,'2023-03-28 15:51:56','528','Bis(C20H20NS4) methylammonium lead iodide',1,'[{\"added\": {}}]',2,101),
+(7751,'2023-03-28 15:53:44','2276','ID: 2276 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2671 (6 data points)\", \"fields\": [\"Space group ID\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1743\"}}]',34,101),
+(7752,'2023-04-04 15:53:22','529','Bis(2-([2,2\'-bithiophen]-5-yl)ethan-1-aminium) lead iodide',1,'[{\"added\": {}}]',2,101),
+(7753,'2023-04-04 15:56:29','2277','ID: 2277 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2672 (6 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7754,'2023-04-11 14:44:03','528','Bis(2-(3\'\'\',4\'-dimethyl-[2,2\':5\',2\'\':5\'\',2\'\'\'-quaterthiophen]-5-yl)ethan-1-aminium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,101),
+(7755,'2023-04-11 14:55:56','530','Bis(2-(3\'\'\',4\'-dimethyl-[2,2\':5\',2\'\':5\'\',2\'\'\'-quaterthiophen]-5-yl)ethan-1-aminium) lead iodide',1,'[{\"added\": {}}]',2,101),
+(7756,'2023-04-11 14:59:24','2278','ID: 2278 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group ID\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2673 (6 data points)\", \"fields\": [\"Space group ID\"]}}]',34,101),
+(7757,'2023-04-11 15:51:09','2278','ID: 2278 (atomic structure)',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1704\"}}]',34,101),
+(7758,'2023-04-11 15:51:50','2278','ID: 2278 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1704\", \"fields\": [\"Description\"]}}]',34,101),
+(7759,'2023-04-11 15:52:44','2278','ID: 2278 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1704\", \"fields\": [\"Description\"]}}]',34,101),
+(7760,'2023-04-11 16:37:52','2278','ID: 2278 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,101),
+(7761,'2023-04-20 01:26:29','514','N-methyl 3-iodopropylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"N\"]}}]',2,75),
+(7762,'2023-04-20 01:27:23','514','N-methyl 3-iodopropylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Organic\"]}}]',2,75),
+(7763,'2023-04-20 16:47:37','2277','ID: 2277 (atomic structure)',3,'',34,101),
+(7764,'2023-04-20 16:47:59','2278','ID: 2278 (atomic structure)',3,'',34,101),
+(7765,'2023-04-20 16:48:25','530','Bis(2-(3\'\'\',4\'-dimethyl-[2,2\':5\',2\'\':5\'\',2\'\'\'-quaterthiophen]-5-yl)ethan-1-aminium) lead iodide',3,'',2,101),
+(7766,'2023-04-20 16:48:25','529','Bis(2-([2,2\'-bithiophen]-5-yl)ethan-1-aminium) lead iodide',3,'',2,101),
+(7767,'2023-04-20 17:20:11','526','Bis((2-([2,2\':5\',2\'\'-terthiophen]-5-yl)ethyl)-l4-azane) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,101),
+(7768,'2023-04-20 17:20:37','527','Bis((2-([2,2\':5\',2\'\'-terthiophen]-5-yl)ethyl)-l4-azane) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Iupac\"]}}]',2,101),
+(7769,'2023-05-19 20:32:14','2278','ID: 2278 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,8),
+(7770,'2023-05-19 20:38:53','130','kellyma',2,'[{\"changed\": {\"fields\": [\"Staff status\", \"Last login\"]}}]',19,8),
+(7771,'2023-05-24 19:38:01','2284','ID: 2284 (atomic structure)',3,'',34,8),
+(7772,'2023-05-25 12:59:10','2283','ID: 2283 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,8),
+(7773,'2023-05-26 18:50:24','1885','ID: 1885 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,8),
+(7774,'2023-05-26 18:53:35','1885','ID: 1885 (atomic structure)',2,'[{\"changed\": {\"name\": \"comment\", \"object\": \"This structure is constructed based on the experimental c(2*2)*2 (PEA)2PbI4 published by Du. et al. (doi: 10.1021/acs.inorgchem.7b01094.)\", \"fields\": [\"Text\"]}}]',34,8),
+(7775,'2023-05-26 18:57:59','1886','ID: 1886 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}, {\"changed\": {\"name\": \"comment\", \"object\": \"This structure is constructed based on the experimental (PEA)2PbI4 structure published by Febriansyah et al. (doi: 10.1021/acs.chemmater.8b04064.)\", \"fields\": [\"Text\"]}}]',34,8),
+(7776,'2023-05-26 18:58:53','1888','ID: 1888 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}, {\"changed\": {\"name\": \"comment\", \"object\": \"This structure is constructed based on the experimental T= 100 k (PEA)2PbI4 structure published by  Straus et al. (doi: 10.1021/acs.jpclett.9b00247.)\", \"fields\": [\"Text\"]}}]',34,8),
+(7777,'2023-05-26 18:59:47','1889','ID: 1889 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}, {\"changed\": {\"name\": \"comment\", \"object\": \"This structure is constructed based on the experimental T= 300 k (PEA)2PbI4 structure published by  Straus et al. (doi: 10.1021/acs.jpclett.9b00247.)\", \"fields\": [\"Text\"]}}]',34,8),
+(7778,'2023-05-26 19:08:32','1902','ID: 1902 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}, {\"changed\": {\"name\": \"comment\", \"object\": \"The organic molecule configuration of this structure is borrowed from (PEA)2PbBr4 structure (data ID 1890) but inorganic component is PbI4, then fully optmized\", \"fields\": [\"Text\"]}}]',34,8),
+(7779,'2023-05-26 19:13:56','1901','ID: 1901 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\", \"Linked to\"]}}, {\"changed\": {\"name\": \"comment\", \"object\": \"This structure is constructed based on the experimental c(2*2)*2 (PEA)2PbI4 published by Du. et al. (doi: 10.1021/acs.inorgchem.7b01094.)\", \"fields\": [\"Text\"]}}]',34,8),
+(7780,'2023-05-26 19:18:20','1890','ID: 1890 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}, {\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"changed\": {\"name\": \"comment\", \"object\": \"This structure is constructed based on the experimental  (PEA)2PbBr4 published by Shibuya et al.  (doi: 10.1107/S160053680903712X)\", \"fields\": [\"Text\"]}}]',34,8),
+(7781,'2023-05-26 19:19:44','1894','ID: 1894 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}, {\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"changed\": {\"name\": \"comment\", \"object\": \"This structure is constructed based on the experimental  T= RT (PEA)2PbBr4 published by Gong et al. (doi: 10.1038/s41563-018-0081-x.)\", \"fields\": [\"Text\"]}}]',34,8),
+(7782,'2023-05-26 19:20:51','1896','ID: 1896 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}, {\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"changed\": {\"name\": \"comment\", \"object\": \"The original structure is constructed based on the experimental  T= 100K (PEA)2PbBr4 published by Gong et al. (doi: 10.1038/s41563-018-0081-x.)\", \"fields\": [\"Text\"]}}]',34,8),
+(7783,'2023-05-26 19:21:36','1897','ID: 1897 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}, {\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"changed\": {\"name\": \"comment\", \"object\": \"The original structure is constructed based on the experimental  T= 100K (PEA)2PbBr4 published by Gong et al. (doi: 10.1038/s41563-018-0081-x.)\", \"fields\": [\"Text\"]}}]',34,8),
+(7784,'2023-05-26 19:22:24','1898','ID: 1898 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}, {\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"changed\": {\"name\": \"comment\", \"object\": \"This structure is constructed based on the experimental  T= RT (PEA)2PbBr4 published by Gong et al. (doi: 10.1038/s41563-018-0081-x.)\", \"fields\": [\"Text\"]}}]',34,8),
+(7785,'2023-05-26 19:23:24','1899','ID: 1899 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}, {\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"changed\": {\"name\": \"comment\", \"object\": \"This structure is constructed based on the experimental  T= RT (PEA)2PbBr4 published by Gong et al. (doi: 10.1038/s41563-018-0081-x.)\", \"fields\": [\"Text\"]}}]',34,8),
+(7786,'2023-05-26 19:26:05','1903','ID: 1903 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}, {\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"changed\": {\"name\": \"comment\", \"object\": \"The organic molecule configuration of this structure is borrowed from (PEA)2PbI4 structure (data ID 1901) but inorganic component is PbBr4, then fully optmized\", \"fields\": [\"Text\"]}}]',34,8),
+(7787,'2023-05-26 19:29:35','1900','ID: 1900 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}, {\"deleted\": {\"name\": \"synthesis method\", \"object\": \"ID: None\"}}, {\"deleted\": {\"name\": \"experimental details\", \"object\": \"ID: None\"}}, {\"changed\": {\"name\": \"comment\", \"object\": \"This structure is constructed based on the experimental  (PEA)2PbBr4 published by Shibuya et al.  (doi: 10.1107/S160053680903712X);\", \"fields\": [\"Text\"]}}]',34,8),
+(7788,'2023-05-28 18:06:38','2286','ID: 2286 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}]',34,130),
+(7789,'2023-05-28 18:27:37','2292','ID: 2292 (atomic structure)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2687 (39 data points)\", \"fields\": [\"Crystal system\"]}}]',34,130),
+(7790,'2023-05-28 18:29:05','2289','ID: 2289 (atomic structure)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2684 (41 data points)\", \"fields\": [\"Crystal system\"]}}]',34,130),
+(7791,'2023-05-31 00:42:49','225','ID: 225 (atomic structure)',2,'[{\"deleted\": {\"name\": \"comment\", \"object\": \"This is experimentally resolved structure and it contains some disorder in the structure. We recommend to use this (PEA)2PbI4 structure as the most stable (PEA)2PbI4 structure. The theoretically relaxed (PEA)2PbI4 with PBE+tight setting to max.force below 0.005 eV/AA is also available in the database.\"}}, {\"added\": {\"name\": \"comment\", \"object\": \"This is experimentally resolved structure and it contains some disorder in the structure. We recommend to use this (PEA)2PbI4 structure as the most stable (PEA)2PbI4 structure. The theoretically relaxed (PEA)2PbI4 with PBE+tight setting to max.force below 0.005 eV/AA is also available in the database.\"}}]',34,8),
+(7792,'2023-05-31 03:13:01','2286','ID: 2286 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,8),
+(7793,'2023-05-31 03:14:12','2287','ID: 2287 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,8),
+(7794,'2023-05-31 03:15:30','2288','ID: 2288 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,8),
+(7795,'2023-05-31 03:16:40','2290','ID: 2290 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,8),
+(7796,'2023-05-31 03:18:02','2291','ID: 2291 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,8),
+(7797,'2023-05-31 03:18:47','2292','ID: 2292 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,8),
+(7798,'2023-05-31 03:20:02','2289','ID: 2289 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,8),
+(7799,'2023-05-31 03:21:29','2293','ID: 2293 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,8),
+(7800,'2023-05-31 03:22:18','2294','ID: 2294 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,8),
+(7801,'2023-05-31 03:23:08','2295','ID: 2295 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,8),
+(7802,'2023-05-31 03:24:05','2296','ID: 2296 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Visible\"]}}]',34,8),
+(7803,'2023-05-31 03:25:53','2310','ID: 2310 (atomic structure)',3,'',34,8),
+(7804,'2023-05-31 03:25:53','2309','ID: 2309 (atomic structure)',3,'',34,8),
+(7805,'2023-05-31 03:25:53','2308','ID: 2308 (atomic structure)',3,'',34,8),
+(7806,'2023-05-31 03:25:53','2307','ID: 2307 (atomic structure)',3,'',34,8),
+(7807,'2023-05-31 03:25:53','2306','ID: 2306 (atomic structure)',3,'',34,8),
+(7808,'2023-05-31 03:25:53','2305','ID: 2305 (atomic structure)',3,'',34,8),
+(7809,'2023-05-31 03:25:53','2304','ID: 2304 (atomic structure)',3,'',34,8),
+(7810,'2023-05-31 03:25:53','2303','ID: 2303 (atomic structure)',3,'',34,8),
+(7811,'2023-05-31 03:25:53','2302','ID: 2302 (atomic structure)',3,'',34,8),
+(7812,'2023-05-31 03:25:53','2301','ID: 2301 (atomic structure)',3,'',34,8),
+(7813,'2023-05-31 03:25:53','2300','ID: 2300 (atomic structure)',3,'',34,8),
+(7814,'2023-05-31 03:36:46','2283','ID: 2283 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,8),
+(7815,'2023-05-31 19:26:26','2299','ID: 2299 (band gap (fundamental))',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1739\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2694 (1 data points)\", \"fields\": [\"Crystal system\"]}}]',34,8),
+(7816,'2023-05-31 19:45:06','500','Bis(ethanolammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,8),
+(7817,'2023-06-09 00:37:40','2315','ID: 2315 (Exciton energy)',2,'[{\"changed\": {\"fields\": [\"Primary property\"]}}]',34,130),
+(7818,'2023-06-09 01:05:40','2313','ID: 2313 (band gap (fundamental))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1740\", \"fields\": [\"Description\"]}}]',34,130),
+(7819,'2023-06-09 02:18:02','2316','ID: 2316 (band gap (fundamental))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1743\", \"fields\": [\"Description\"]}}]',34,130),
+(7820,'2023-06-09 02:18:57','2317','ID: 2317 (exciton binding energy)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1744\", \"fields\": [\"Description\"]}}]',34,130),
+(7821,'2023-06-09 02:19:25','2318','ID: 2318 (Exciton energy)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1745\", \"fields\": [\"Description\"]}}]',34,130),
+(7822,'2023-06-09 02:19:40','2319','ID: 2319 (band gap (fundamental))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1746\", \"fields\": [\"Description\"]}}]',34,130),
+(7823,'2023-06-09 02:19:56','2320','ID: 2320 (exciton binding energy)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1747\", \"fields\": [\"Description\"]}}]',34,130),
+(7824,'2023-06-09 02:20:14','2321','ID: 2321 (Exciton energy)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1748\", \"fields\": [\"Description\"]}}]',34,130),
+(7825,'2023-06-09 02:24:41','2320','ID: 2320 (exciton binding energy)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1747\", \"fields\": [\"Product\", \"Description\"]}}]',34,130),
+(7826,'2023-06-09 02:25:03','2321','ID: 2321 (Exciton energy)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1748\", \"fields\": [\"Product\", \"Description\"]}}]',34,130),
+(7827,'2023-06-09 02:25:24','2319','ID: 2319 (band gap (fundamental))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1746\", \"fields\": [\"Product\", \"Description\"]}}]',34,130),
+(7828,'2023-06-09 02:40:28','2324','ID: 2324 (Exciton energy)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1751\", \"fields\": [\"Description\"]}}]',34,130),
+(7829,'2023-06-09 02:40:41','2325','ID: 2325 (band gap (fundamental))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1752\", \"fields\": [\"Description\"]}}]',34,130),
+(7830,'2023-06-09 02:40:53','2323','ID: 2323 (exciton binding energy)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1750\", \"fields\": [\"Description\"]}}]',34,130),
+(7831,'2023-06-09 02:41:06','2322','ID: 2322 (band gap (fundamental))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1749\", \"fields\": [\"Description\"]}}]',34,130),
+(7832,'2023-06-09 17:23:38','2313','ID: 2313 (band gap (fundamental))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1740\", \"fields\": [\"Starting materials\", \"Description\"]}}]',34,8),
+(7833,'2023-06-14 20:09:42','2314','ID: 2314 (exciton binding energy)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1741\", \"fields\": [\"Starting materials\", \"Description\"]}}]',34,130),
+(7834,'2023-06-14 20:10:38','2315','ID: 2315 (Exciton energy)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1742\", \"fields\": [\"Starting materials\", \"Description\"]}}]',34,130),
+(7835,'2023-06-14 20:13:38','2316','ID: 2316 (band gap (fundamental))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1743\", \"fields\": [\"Starting materials\", \"Description\"]}}]',34,130),
+(7836,'2023-06-14 20:41:30','2317','ID: 2317 (exciton binding energy)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1744\", \"fields\": [\"Starting materials\", \"Description\"]}}]',34,130),
+(7837,'2023-06-14 20:42:38','2318','ID: 2318 (Exciton energy)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1745\", \"fields\": [\"Starting materials\", \"Description\"]}}]',34,130),
+(7838,'2023-06-14 20:55:21','2337','ID: 2337 (band gap (fundamental))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1764\", \"fields\": [\"Starting materials\", \"Description\"]}}]',34,130),
+(7839,'2023-06-26 03:42:12','534','2,3,4,5,6-pentafluorophenethylammonium',3,'',2,130),
+(7840,'2023-06-26 04:02:10','2339','ID: 2339 (Exciton energy)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1766\", \"fields\": [\"Starting materials\", \"Description\"]}}]',34,130),
+(7841,'2023-06-26 04:02:49','2338','ID: 2338 (exciton binding energy)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1765\", \"fields\": [\"Starting materials\", \"Description\"]}}]',34,130),
+(7842,'2023-06-26 04:09:58','535','2,3,4,5,6-pentafluorophenethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,130),
+(7843,'2023-06-26 21:14:55','535','2,3,4,5,6-pentafluorophenethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,8),
+(7844,'2023-06-26 21:16:15','535','2,3,4,5,6-pentafluorophenethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,8),
+(7845,'2023-06-26 21:17:06','535','2,3,4,5,6-pentafluorophenethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,8),
+(7846,'2023-06-26 21:17:47','535','2,3,4,5,6-pentafluorophenethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"N\"]}}]',2,8),
+(7847,'2023-06-27 19:05:18','85','Bis(perfluorophenethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Dimensionality\", \"N\"]}}]',2,75),
+(7848,'2023-06-27 19:27:06','535','2,3,4,5,6-pentafluorophenethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,8),
+(7849,'2023-06-27 19:27:37','535','2,3,4,5,6-pentafluorophenethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,8),
+(7850,'2023-06-29 20:18:22','43','xieyi',2,'[{\"changed\": {\"fields\": [\"Active\", \"Staff status\", \"Superuser status\"]}}]',19,8),
+(7851,'2023-06-29 20:59:54','536','(S)-(−)-4-bromo-α-methylbenzylammonium (1-x) (S)-(-)-2-methylbutylammonium (x) lead iodide: x=0.039',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"Tags\"]}}]',2,8),
+(7852,'2023-06-29 21:00:34','536','(S)-(−)-4-bromo-α-methylbenzylammonium (1-x) (S)-(-)-2-methylbutylammonium (x) lead iodide: x=0.039',2,'[{\"changed\": {\"fields\": [\"N\"]}}]',2,8),
+(7853,'2023-06-30 18:57:08','85','(2,3,4,5,6-pentafluorophenethylammonium)(x-0.5) phenethylammonium(x) lead iodide: x = 0.5',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Inorganic\"]}}]',2,130),
+(7854,'2023-07-10 23:42:14','85','(2,3,4,5,6-pentafluorophenethylammonium)(x-0.5) phenethylammonium(x) lead iodide: x = 0.5',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,130),
+(7855,'2023-07-10 23:59:00','521','ID: 521 (atomic structure)',2,'[{\"added\": {\"name\": \"additional file\", \"object\": \"ID: 3217\"}}]',34,130),
+(7856,'2023-07-11 19:19:56','521','ID: 521 (atomic structure)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"The structure is taken from the cif file provided by the authors. (A cif file is also attached as supporting data to this data set.) We believe that the data for ((PEA)0.5(F5-PEA)0.5)2PbI4 and (F5-PEA)2PbI4 in Table S2 of the reference is switched. The cif files look correct.\"}}]',34,8),
+(7857,'2023-07-11 19:34:32','537','Bis(phenethylammonium)tris(methylammonium) lead iodide',1,'[{\"added\": {}}]',2,8),
+(7858,'2023-07-11 19:35:40','1846','ID: 1846 (external quantum efficiency (EQE))',2,'[{\"changed\": {\"fields\": [\"System\", \"Primary property\", \"Primary unit\", \"Primary property label\", \"Sample type\"]}}]',34,8),
+(7859,'2023-07-11 19:37:48','85','(2,3,4,5,6-pentafluorophenethylammonium)(x-0.5) phenethylammonium(x) lead iodide: x = 0.5',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,130),
+(7860,'2023-07-11 20:03:06','1846','ID: 1846 (external quantum efficiency (EQE))',2,'[{\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1775\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1788\"}}, {\"deleted\": {\"name\": \"note\", \"object\": \"ID: None\"}}]',34,8),
+(7861,'2023-07-12 19:14:09','533','bis(2-thiopheneethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,130),
+(7862,'2023-07-12 19:14:51','533','bis(2-thiopheneethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"N\"]}}]',2,130),
+(7863,'2023-07-12 19:18:16','533','bis(2-thiopheneethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,130),
+(7864,'2023-07-13 18:30:06','2349','ID: 2349 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1777\", \"fields\": [\"Description\"]}}]',34,130),
+(7865,'2023-07-13 18:36:42','2349','ID: 2349 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1777\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}]',34,8),
+(7866,'2023-07-18 14:31:40','85','(2,3,4,5,6-pentafluorophenethylammonium)(1-x) phenethylammonium(x) lead iodide: x = 0.5',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,8),
+(7867,'2023-07-18 20:53:23','2349','ID: 2349 (photoluminescence)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1777\", \"fields\": [\"Description\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1790\", \"fields\": [\"Description\"]}}]',34,130),
+(7868,'2023-07-18 21:03:27','2349','ID: 2349 (photoluminescence)',2,'[{\"added\": {\"name\": \"note\", \"object\": \"ID: 154\"}}]',34,8),
+(7869,'2023-07-25 01:08:08','538','bis(2-thiophenemethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Inorganic\", \"Iupac\"]}}]',2,130),
+(7870,'2023-07-25 01:13:15','538','2-thiophenemethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Inorganic\", \"Iupac\"]}}]',2,130),
+(7871,'2023-07-25 01:15:54','538','2-thiophenemethylammonium iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,130),
+(7872,'2023-07-25 18:15:31','538','bis(2-thiophenemethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Inorganic\", \"Iupac\"]}}]',2,130),
+(7873,'2023-07-25 18:16:08','539','bis(3-thiopheneethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Inorganic\", \"Iupac\"]}}]',2,130),
+(7874,'2023-07-25 18:17:29','533','bis(2-thiopheneethylammonium) lead iodide',2,'[]',2,130),
+(7875,'2023-07-25 18:18:03','538','bis(2-thiophenemethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,130),
+(7876,'2023-07-25 18:18:10','539','bis(3-thiopheneethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,130),
+(7877,'2023-07-25 18:19:28','539','bis(3-thiopheneethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"N\"]}}]',2,130),
+(7878,'2023-07-25 18:19:34','538','bis(2-thiophenemethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"N\"]}}]',2,130),
+(7879,'2023-07-26 12:16:05','538','bis(2-thiophenemethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,8),
+(7880,'2023-07-26 12:19:28','539','bis(3-thiophenemethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,8),
+(7881,'2023-07-26 12:22:28','533','bis(2-thiopheneethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,8),
+(7882,'2023-07-26 12:23:21','538','bis(2-thiophenemethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,8),
+(7883,'2023-07-26 12:24:15','539','bis(3-thiophenemethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,8),
+(7884,'2023-07-26 20:10:21','2236','ID: 2236 (absorbance)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1666\", \"fields\": [\"Starting materials\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1679\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1821\"}}]',34,75),
+(7885,'2023-07-26 20:14:09','2243','ID: 2243 (PL intensity)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1686\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1822\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1823\"}}]',34,75),
+(7886,'2023-07-26 20:14:30','2243','ID: 2243 (PL intensity)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,75),
+(7887,'2023-07-26 20:15:05','2243','ID: 2243 (PL intensity)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1686\", \"fields\": [\"Description\"]}}]',34,75),
+(7888,'2023-07-26 20:16:01','2236','ID: 2236 (absorbance)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,75),
+(7889,'2023-07-26 20:17:33','2237','ID: 2237 (absorbance)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1680\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1824\"}}]',34,75),
+(7890,'2023-07-26 20:18:13','2238','ID: 2238 (absorbance)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1681\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1825\"}}]',34,75),
+(7891,'2023-07-26 20:18:54','2239','ID: 2239 (absorbance)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1682\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1826\"}}]',34,75),
+(7892,'2023-07-26 20:19:38','2240','ID: 2240 (absorbance)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1683\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1827\"}}]',34,75),
+(7893,'2023-07-26 20:20:16','2241','ID: 2241 (absorbance)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1684\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1828\"}}]',34,75),
+(7894,'2023-07-26 20:20:52','2242','ID: 2242 (absorbance)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1685\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1829\"}}]',34,75),
+(7895,'2023-07-26 20:21:53','2244','ID: 2244 (PL intensity)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1687\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1830\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1831\"}}]',34,75),
+(7896,'2023-07-26 20:22:59','2245','ID: 2245 (PL intensity)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1688\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1832\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1833\"}}]',34,75),
+(7897,'2023-07-26 20:23:50','2246','ID: 2246 (PL intensity)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1689\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1834\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1835\"}}]',34,75),
+(7898,'2023-07-26 20:24:46','2247','ID: 2247 (PL intensity)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1690\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1836\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1837\"}}]',34,75),
+(7899,'2023-07-26 20:25:36','2248','ID: 2248 (PL intensity)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1691\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1838\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1839\"}}]',34,75),
+(7900,'2023-07-26 20:26:25','2249','ID: 2249 (PL intensity)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1692\", \"fields\": [\"Method\", \"Description\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1840\"}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1841\"}}]',34,75),
+(7901,'2023-07-27 03:03:34','2357','ID: 2357 (band gap (fundamental))',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',34,130),
+(7902,'2023-07-27 03:03:56','2358','ID: 2358 (exciton binding energy)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',34,130),
+(7903,'2023-07-27 03:04:13','2359','ID: 2359 (Exciton energy)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',34,130),
+(7904,'2023-07-27 15:26:31','2365','ID: 2365 (Exciton energy)',2,'[{\"changed\": {\"fields\": [\"System\"]}}]',34,130),
+(7905,'2023-07-27 15:27:31','2364','ID: 2364 (exciton binding energy)',2,'[{\"changed\": {\"fields\": [\"System\"]}}]',34,130),
+(7906,'2023-07-27 18:02:33','428','Bis(butylammonium) methylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,130),
+(7907,'2023-07-27 18:50:44','491','Bis(phenethylammonium) lead iodide(1-x) bromide(x): x = 0.75',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,8),
+(7908,'2023-07-27 18:52:56','488','Bis(phenethylammonium) lead iodide(1-x) bromide(x): x = 0.25',2,'[{\"changed\": {\"fields\": [\"Derived to from\"]}}]',2,8),
+(7909,'2023-07-27 18:56:09','1905','ID: 1905 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"System\"]}}]',34,8),
+(7910,'2023-07-27 18:58:24','463','Bis(phenylethylammonium) lead bromide iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,8),
+(7911,'2023-07-27 19:03:19','1905','ID: 1905 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"Reference\"]}}]',34,8),
+(7912,'2023-07-27 19:10:16','1906','ID: 1906 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"System\", \"Reference\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1326\", \"fields\": [\"Method\"]}}]',34,130),
+(7913,'2023-07-27 19:12:44','1907','ID: 1907 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"System\", \"Reference\"]}}, {\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1327\", \"fields\": [\"Method\"]}}]',34,130),
+(7914,'2023-07-27 19:15:02','1908','ID: 1908 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\", \"System\", \"Reference\"]}}]',34,130),
+(7915,'2023-07-27 19:17:57','1905','ID: 1905 (atomic structure)',2,'[{\"changed\": {\"name\": \"comment\", \"object\": \"The organic molecule configuration of this structure is borrowed from (PEA)2PbBr4 structure (data ID 1900)\", \"fields\": [\"Text\"]}}]',34,130),
+(7916,'2023-07-27 19:18:34','1906','ID: 1906 (atomic structure)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"Structure published in reference table S12\"}}]',34,130),
+(7917,'2023-07-27 19:19:41','1907','ID: 1907 (atomic structure)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"Structure published in reference table S13 (lowest energy structure)\"}}]',34,130),
+(7918,'2023-07-27 19:20:09','1908','ID: 1908 (atomic structure)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"Structure published in reference table S14 (second lowest energy structure)\"}}]',34,130),
+(7919,'2023-07-27 20:46:19','9','Bis(phenylethylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Derived to from\"]}}]',2,8),
+(7920,'2023-07-27 20:50:14','490','Bis(phenethylammonium) lead iodide(1-x) bromide(x): x = 0.5',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,8),
+(7921,'2023-07-27 20:51:09','1906','ID: 1906 (atomic structure)',2,'[]',34,8),
+(7922,'2023-07-27 20:53:07','1907','ID: 1907 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,8),
+(7923,'2023-07-27 20:53:28','1906','ID: 1906 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Representative\"]}}]',34,8),
+(7924,'2023-07-27 20:55:44','490','Bis(phenethylammonium) lead iodide(1-x) bromide(x): x = 0.5',2,'[{\"changed\": {\"fields\": [\"Derived to from\", \"N\"]}}]',2,8),
+(7925,'2023-07-27 20:58:20','490','Bis(phenethylammonium) lead iodide(1-x) bromide(x): x = 0.5',2,'[{\"changed\": {\"fields\": [\"Derived to from\"]}}]',2,8),
+(7926,'2023-07-27 21:00:23','491','Bis(phenethylammonium) lead iodide(1-x) bromide(x): x = 0.75',2,'[{\"changed\": {\"fields\": [\"Derived to from\", \"N\"]}}]',2,8),
+(7927,'2023-07-27 21:00:56','488','Bis(phenethylammonium) lead iodide(1-x) bromide(x): x = 0.25',2,'[{\"changed\": {\"fields\": [\"N\"]}}]',2,8),
+(7928,'2023-07-28 01:31:23','495','Formamidinium(1-x) methylammonium(x) lead bromide(3-y) iodide(y): x=0.15, y=2.55',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Iupac\", \"Dimensionality\"]}}]',2,8),
+(7929,'2023-07-28 01:33:41','495','Formamidinium(1-x) methylammonium(x) lead bromide(3-y) iodide(y): x=0.15, y=2.55',2,'[{\"changed\": {\"fields\": [\"Iupac\"]}}]',2,8),
+(7930,'2023-07-28 01:34:29','495','Formamidinium(1-x) methylammonium(x) lead bromide(3-y) iodide(y): x=0.15, y=2.55',2,'[{\"changed\": {\"fields\": [\"Group\", \"Iupac\"]}}]',2,8),
+(7931,'2023-08-07 15:29:24','2366','ID: 2366 (band gap (fundamental))',2,'[{\"changed\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1852\", \"fields\": [\"Value\"]}}]',34,130),
+(7932,'2023-08-08 01:45:16','2373','ID: 2373 (exciton binding energy)',2,'[{\"changed\": {\"name\": \"experimental details\", \"object\": \"ID: 1814\", \"fields\": [\"Description\"]}}]',34,130),
+(7933,'2023-08-16 22:51:52','2375','ID: 2375 (band gap (fundamental))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1803\", \"fields\": [\"Description\"]}}]',34,130),
+(7934,'2023-08-16 22:52:10','2376','ID: 2376 (exciton binding energy)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1804\", \"fields\": [\"Description\"]}}]',34,130),
+(7935,'2023-08-16 22:52:25','2377','ID: 2377 (Exciton energy)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1805\", \"fields\": [\"Description\"]}}]',34,130),
+(7936,'2023-08-16 22:59:13','540','bis(octylammonium) lead iodide',3,'',2,130),
+(7937,'2023-08-16 23:15:53','2384','ID: 2384 (band gap (fundamental))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1812\", \"fields\": [\"Description\"]}}]',34,130),
+(7938,'2023-08-16 23:16:12','2385','ID: 2385 (exciton binding energy)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1813\", \"fields\": [\"Description\"]}}]',34,130),
+(7939,'2023-08-16 23:16:29','2384','ID: 2384 (band gap (fundamental))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1812\", \"fields\": [\"Description\"]}}]',34,130),
+(7940,'2023-08-16 23:16:48','2378','ID: 2378 (band gap (fundamental))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1806\", \"fields\": [\"Description\"]}}]',34,130),
+(7941,'2023-08-16 23:17:03','2379','ID: 2379 (exciton binding energy)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1807\", \"fields\": [\"Description\"]}}]',34,130),
+(7942,'2023-08-16 23:17:17','2380','ID: 2380 (Exciton energy)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1808\", \"fields\": [\"Description\"]}}]',34,130),
+(7943,'2023-08-16 23:18:14','2386','ID: 2386 (Exciton energy)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1814\", \"fields\": [\"Description\"]}}]',34,130),
+(7944,'2023-08-16 23:18:33','2387','ID: 2387 (band gap (fundamental))',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1815\", \"fields\": [\"Description\"]}}]',34,130),
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+(7994,'2023-11-01 21:08:04','1769','Raul Castaneda, New Mexico Highlands Unive...',1,'[{\"added\": {}}]',5,8),
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+(8302,'2024-03-26 16:38:53','200','wallyson522',3,'',19,8),
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+(8311,'2024-03-26 16:38:53','244','yndhfD.qhbjhpj',3,'',19,8),
+(8312,'2024-03-26 16:38:53','377','zachariahmarshall',3,'',19,8),
+(8313,'2024-03-26 16:39:13','180','rrQSlSmAOmdbv',3,'',19,8),
+(8314,'2024-03-26 16:39:39','378','rmaldonadofernandez',3,'',19,8),
+(8315,'2024-04-02 16:59:02','572','FAI-PbI2-PZPY',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\"]}}]',2,130),
+(8316,'2024-04-02 16:59:12','572','FAI-PbI2-PZPY',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,130),
+(8317,'2024-04-02 17:00:28','313','2018 -   Advanced Energy Materials 8 , 1 \"Thermodynamically Self-Healing 1D–3D Hybrid Perovskite Solar Cells\"',1,'[{\"added\": {}}]',3,130),
+(8318,'2024-04-02 17:00:38','313','2018 -   Advanced Energy Materials 8 , 1 \"Thermodynamically Self-Healing 1D–3D Hybrid Perovskite Solar Cells\"',2,'[]',3,130),
+(8319,'2024-04-02 17:22:15','313','2018 -   Advanced Energy Materials 8 , 1 \"Thermodynamically Self-Healing 1D–3D Hybrid Perovskite Solar Cells\"',3,'',3,130),
+(8320,'2024-04-02 17:44:17','572','2-(1H-pyrazol-1-yl)pyridine formamidine lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Formula\", \"Group\", \"Organic\", \"Tags\"]}}]',2,130),
+(8321,'2024-04-04 18:17:38','196','lQWiPHeTHfbJqW',3,'',19,8),
+(8322,'2024-04-08 03:22:33','2500','ID: 2500 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1908\", \"fields\": [\"System\", \"Starting materials\", \"Product\", \"Description\"]}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1909\"}}, {\"added\": {\"name\": \"comment\", \"object\": \"More detail in paper\"}}]',34,130),
+(8323,'2024-04-09 15:59:51','573','Bis(1-pyrenebutammonium) lead iodide (2D)',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,130),
+(8324,'2024-04-16 01:44:21','2502','ID: 2502 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Space group\"]}}, {\"added\": {\"name\": \"synthesis method\", \"object\": \"ID: 1910\"}}, {\"added\": {\"name\": \"comment\", \"object\": \"Synthesis of 1-Pyrenebutamine, hydriodide (PyrC4NH3I) is described in detail in the paper before used as a starting material in crystal synthesis.\"}}, {\"added\": {\"name\": \"experimental details\", \"object\": \"ID: 1911\"}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2909 (6 data points)\", \"fields\": [\"Crystal system\"]}}, {\"added\": {\"name\": \"numerical value fixed\", \"object\": \"ID: 1931\"}}]',34,130),
+(8325,'2024-04-16 02:42:49','573','Bis(1-pyrenebutammonium) lead iodide (2D)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,130),
+(8326,'2024-04-16 02:48:34','2502','ID: 2502 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1910\", \"fields\": [\"Description\"]}}]',34,130),
+(8327,'2024-04-16 02:48:53','2504','ID: 2504 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1912\", \"fields\": [\"Description\"]}}]',34,130),
+(8328,'2024-04-16 03:29:28','2504','ID: 2504 (absorption spectrum)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}, {\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1912\", \"fields\": [\"Starting materials\", \"Product\", \"Description\"]}}]',34,130),
+(8329,'2024-04-16 03:31:46','2505','ID: 2505 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1913\", \"fields\": [\"Description\"]}}]',34,130),
+(8330,'2024-05-22 17:49:13','2507','ID: 2507 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,130),
+(8331,'2024-05-22 18:15:40','581','Bis(diflourobenzotriazole ammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"N\"]}}]',2,130),
+(8332,'2024-05-23 01:03:29','581','Bis(diflourobenzotriazole ammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,130),
+(8333,'2024-05-23 01:04:05','580','Bis(diflourobenzotriazole ammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\", \"N\"]}}]',2,130),
+(8334,'2024-05-29 15:20:07','2512','ID: 2512 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}, {\"changed\": {\"name\": \"comment\", \"object\": \"Single crystals synthesized according to earlier work by authors. Synthesis of F2BTaBr described in supporting documents.\", \"fields\": [\"Text\"]}}]',34,130),
+(8335,'2024-05-29 15:22:19','2511','ID: 2511 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}, {\"changed\": {\"name\": \"comment\", \"object\": \"Single crystals synthesized according to earlier work by authors\", \"fields\": [\"Text\"]}}]',34,130),
+(8336,'2024-05-29 15:23:52','2510','ID: 2510 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}, {\"added\": {\"name\": \"comment\", \"object\": \"Structure was also used in Elucidating the Non-Covalent Interactions that Trigger Interdigitation in Lead-Halide Layered Hybrid Perovskites found at doi.org/10.1021/acs.inorgchem.3c04536\"}}]',34,130),
+(8337,'2024-05-29 15:24:15','2509','ID: 2509 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}, {\"added\": {\"name\": \"comment\", \"object\": \"Structure was also used in Elucidating the Non-Covalent Interactions that Trigger Interdigitation in Lead-Halide Layered Hybrid Perovskites found at doi.org/10.1021/acs.inorgchem.3c04536\"}}]',34,130),
+(8338,'2024-05-29 18:42:41','182','ID: 182 (atomic structure)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"This compound was assigned the trigonal space group P3m1 in the original publication (doi: 10.1021/ic401215x) and this assignment is therefore retained here. However, the literature consensus for the alpha phase of formamidinium, including a later report by some of the same authors (https://doi.org/10.1002/anie.201609538), is that the compound crystallizes in the cubic space group Pm-3m. Those later reports are considered more accurate.\"}}]',34,8),
+(8339,'2024-05-29 18:43:21','182','ID: 182 (atomic structure)',2,'[{\"added\": {\"name\": \"note\", \"object\": \"ID: 159\"}}]',34,8),
+(8340,'2024-05-29 18:45:55','182','ID: 182 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,8),
+(8341,'2024-06-27 19:03:37','2513','ID: 2513 (atomic structure)',2,'[{\"added\": {\"name\": \"note\", \"object\": \"ID: 160\"}}]',34,130),
+(8342,'2024-07-16 09:34:00','582','Tris(iodoformamidinium) lead iodide DELETE',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,130),
+(8343,'2024-07-16 09:35:51','2513','ID: 2513 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"System\"]}}]',34,130),
+(8344,'2024-07-16 09:36:31','134','Tris(iodoformamidinium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,130),
+(8345,'2024-07-16 09:36:42','582','Tris(iodoformamidinium) lead iodide DELETE',3,'',2,130),
+(8346,'2024-07-26 08:59:23','325','2018 -  C. Zhou, H. Lin, M. Worku, J. Neu, Y. Zhou, Y. Tian, S. Lee, P. Djurovich, T. Siegrist, B. Ma, Journal of the American Chemical Society 140 , 13181 \"Blue Emitting Single Crystalline Assembly o',2,'[{\"changed\": {\"fields\": [\"Title\"]}}]',3,130),
+(8347,'2024-07-26 09:02:42','326','2017 -   Angewandte Chemie 130 , 1033 \"A Zero-Dimensional Organic Seesaw-Shaped Tin Bromide with Highly Efficient Strongly Stokes-Shifted Deep-Red Emission\"',1,'[{\"added\": {}}]',3,130),
+(8348,'2024-07-26 09:02:56','326','2017 -   Angewandte Chemie 130 , 1033 \"A Zero-Dimensional Organic Seesaw-Shaped Tin Bromide with Highly Efficient Strongly Stokes-Shifted Deep-Red Emission\"',2,'[]',3,130),
+(8349,'2024-07-26 09:03:11','2517','ID: 2517 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Reference\"]}}]',34,130),
+(8350,'2024-07-26 10:13:05','2517','ID: 2517 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,130),
+(8351,'2024-07-26 10:13:16','2516','ID: 2516 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Sample type\"]}}]',34,130),
+(8352,'2024-08-04 11:17:17','587','Bis(4-fluoro-phenylethylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Formula\", \"Group\"]}}]',2,130),
+(8353,'2024-08-04 11:20:56','2519','ID: 2519 (atomic structure)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1927\", \"fields\": [\"Starting materials\"]}}]',34,130),
+(8354,'2024-08-04 11:25:58','2519','ID: 2519 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,130),
+(8355,'2024-08-04 11:26:09','2520','ID: 2520 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,130),
+(8356,'2024-08-12 11:31:53','2519','ID: 2519 (atomic structure)',2,'[{\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2926 (6 data points)\", \"fields\": [\"Crystal system\"]}}]',34,130),
+(8357,'2024-08-30 01:19:58','2523','ID: 2523 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',34,75),
+(8358,'2024-08-30 01:20:15','2523','ID: 2523 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',34,75),
+(8359,'2024-08-30 01:35:05','2341','ID: 2341 (exciton binding energy)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',34,75),
+(8360,'2024-08-30 01:35:23','2341','ID: 2341 (exciton binding energy)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',34,75),
+(8361,'2024-09-09 21:30:21','1941','ID: 1941 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1257\", \"fields\": [\"Product\", \"Description\"]}}]',34,8),
+(8362,'2024-09-10 19:52:39','1941','ID: 1941 (absorption spectrum)',2,'[{\"added\": {\"name\": \"comment\", \"object\": \"Note that only the onset of the absorption spectrum is shown, in line with the data shown in the original reference for undoped phenethyammonium lead iodide.\"}}]',34,8),
+(8363,'2024-09-10 20:03:51','225','ID: 225 (atomic structure)',2,'[{\"changed\": {\"name\": \"comment\", \"object\": \"This is experimentally resolved structure and it contains some disorder in the structure. We recommend to use this (PEA)2PbI4 structure as the most stable (PEA)2PbI4 structure. The theoretically relaxed (PEA)2PbI4 with PBE+tight setting to max.force below 0.005 eV/AA is also available in the database.\", \"fields\": [\"Text\"]}}]',34,8),
+(8364,'2024-09-10 20:09:25','225','ID: 225 (atomic structure)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,8),
+(8365,'2024-09-11 07:41:34','2544','ID: 2544 (atomic structure)',3,'',34,130),
+(8366,'2024-09-13 02:21:36','1941','ID: 1941 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1257\", \"fields\": [\"System\", \"Starting materials\", \"Product\", \"Description\"]}}]',34,8),
+(8367,'2024-09-13 02:23:08','1941','ID: 1941 (absorption spectrum)',2,'[{\"changed\": {\"name\": \"synthesis method\", \"object\": \"ID: 1257\", \"fields\": [\"Description\"]}}]',34,8),
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+(8372,'2024-09-17 18:25:33','1244','uthpala',3,'',19,1255),
+(8373,'2024-09-17 18:25:33','1249','uthpala_test',3,'',19,1255),
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+(8376,'2024-09-17 18:25:33','1248','uthpala.k.herath',3,'',19,1255),
+(8377,'2024-09-17 18:25:33','1246','uthpalaherath',3,'',19,1255),
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+(8379,'2024-09-17 19:52:51','129','ID: 129 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',34,1255),
+(8380,'2024-09-17 19:53:11','129','ID: 129 (band gap (optical, diffuse reflectance))',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',34,1255),
+(8381,'2024-09-17 20:30:25','1256','test_user',3,'',19,1255),
+(8382,'2024-09-17 20:30:25','1257','test3',3,'',19,1255),
+(8383,'2024-09-17 20:30:25','1258','test4',3,'',19,1255),
+(8384,'2024-09-17 20:30:25','1259','test6',3,'',19,1255),
+(8385,'2024-09-18 15:42:49','1265','test_uthpala10',3,'',19,1255),
+(8386,'2024-09-18 15:42:49','1266','uthpala_test11',3,'',19,1255),
+(8387,'2024-09-18 15:42:49','1267','uthpala_test12',3,'',19,1255),
+(8388,'2024-09-18 15:42:49','1260','uthpala_test6',3,'',19,1255),
+(8389,'2024-09-18 15:42:49','1262','uthpala_test7',3,'',19,1255),
+(8390,'2024-09-18 15:42:49','1263','uthpala_test8',3,'',19,1255),
+(8391,'2024-09-18 15:42:49','1264','uthpala_test9',3,'',19,1255),
+(8392,'2024-09-19 12:24:50','592','Cesium (1-x) Formamidinium(x) lead iodide: x=0.15',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Iupac\"]}}]',2,8),
+(8393,'2024-09-19 12:28:01','592','Cesium (1-x) Formamidinium(x) lead iodide: x=0.15',2,'[{\"changed\": {\"fields\": [\"Organic\", \"Inorganic\"]}}]',2,8),
+(8394,'2024-09-19 12:29:15','592','Cesium (1-x) Formamidinium(x) lead iodide: x=0.15',2,'[{\"changed\": {\"fields\": [\"Group\"]}}]',2,8),
+(8395,'2024-09-19 12:30:24','592','Cesium (1-x) formamidinium(x) lead iodide: x=0.15',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,8),
+(8396,'2024-09-19 17:57:34','1269','ccy020805',2,'[{\"changed\": {\"fields\": [\"Staff status\", \"Superuser status\"]}}]',19,1255),
+(8397,'2024-09-20 18:04:18','330','2018 -   Journal of Materials Chemistry 6 , 2219 \"Persokite database id: 1243\"',2,'[{\"changed\": {\"fields\": [\"Journal\", \"Vol\", \"Pages start\", \"Pages end\", \"Year\"]}}]',3,1255),
+(8398,'2024-09-20 18:05:09','330','2018 -   Journal of Materials Chemistry 6 , 2219 \"Persokite database id: 1243\"',2,'[]',3,1255),
+(8399,'2024-09-20 18:06:13','330','2018 -   Journal of Materials Chemistry A 6 , 2219 \"Persokite database id: 1243\"',2,'[{\"changed\": {\"fields\": [\"Journal\"]}}]',3,1255),
+(8400,'2024-09-20 18:07:19','330','2018 -   Journal of Materials Chemistry A 6 , 2219 \"Persokite database id: 1243\"',2,'[]',3,1255),
+(8401,'2024-09-20 18:07:28','330','2018 -   Journal of Materials Chemistry A 6 , 2219 \"Persokite database id: 1243\"',2,'[]',3,1255),
+(8402,'2024-09-21 03:51:23','330','2018 -   Journal of Materials Chemistry A 6 , 2219 \"Perovskite database id: 1243\"',2,'[{\"changed\": {\"fields\": [\"Title\"]}}]',3,1255),
+(8403,'2024-09-21 03:51:42','330','2018 -   Journal of Materials Chemistry A 6 , 2219 \"Perovskite database id: 1243\"',2,'[]',3,1255),
+(8404,'2024-09-21 03:51:55','330','2018 -   Journal of Materials Chemistry A 6 , 2219 \"Perovskite database id: 1243\"',2,'[]',3,1255),
+(8405,'2024-09-21 03:52:03','330','2018 -   Journal of Materials Chemistry A 6 , 2219 \"Perovskite database id: 1243\"',2,'[]',3,1255),
+(8406,'2024-09-21 04:23:31','592','Cesium (1-x) formamidinium(x) lead iodide: x=0.85',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,1255),
+(8407,'2024-09-21 04:26:13','593','Cesium (1-x) formamidinium(x) lead iodide: x=0.95',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\", \"Inorganic\", \"Iupac\"]}}]',2,1255),
+(8408,'2024-09-21 04:29:38','331','2018 -   ACS Applied Materials & Interfaces 10 , 39802 \"Perovskite database id: 16837\"',2,'[{\"changed\": {\"fields\": [\"Title\", \"Vol\", \"Pages start\", \"Pages end\", \"Year\"]}}]',3,1255),
+(8409,'2024-09-21 04:37:58','594','Cesium (1-x) formamidinium(x) lead iodide: x=0.9',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\", \"Inorganic\", \"Iupac\"]}}]',2,1255),
+(8410,'2024-09-21 04:41:11','332','2018 -   Nature Communications 9 , 4482 \"Perovskite database id: 23996\"',2,'[{\"changed\": {\"fields\": [\"Title\", \"Vol\", \"Pages start\", \"Pages end\", \"Year\"]}}]',3,1255),
+(8411,'2024-09-21 04:45:57','595','Cesium (1-x) formamidinium(x) lead iodide: x=0.98',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Organic\", \"Inorganic\", \"Iupac\"]}}]',2,1255),
+(8412,'2024-09-21 04:47:29','595','Cesium (1-x) formamidinium(x) lead iodide: x=0.980',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,1255),
+(8413,'2024-09-21 04:47:49','595','Cesium (1-x) formamidinium(x) lead iodide: x=0.98',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,1255),
+(8414,'2024-09-21 05:20:48','426','Dipropylammonium methylammonium (1-x) formamidinium (x) lead iodide: x=0.5',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,1255),
+(8415,'2024-09-21 05:23:14','427','Dipropylammonium methylammonium (1-x) formamidinium (x) lead iodide: x=0.5',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,1255),
+(8416,'2024-09-21 05:25:04','458','Di(R-4-Chloromethylbenzylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,1255),
+(8417,'2024-09-21 05:26:14','459','Di(S‑1‑methylhexylammonium) lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,1255),
+(8418,'2024-09-21 05:27:03','460','Di(S‑2‑methylbutylammonium) lead bromide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,1255),
+(8419,'2024-09-21 05:28:05','461','Di(S‑4‑nitromethylbenzylammonium) lead bromide hydrate',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,1255),
+(8420,'2024-09-21 05:29:23','462','4-Aminomethylbenzylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\"]}}]',2,1255),
+(8421,'2024-09-21 18:24:17','1268','uthpala_test1',3,'',19,1255),
+(8422,'2024-09-23 01:57:20','2543','ID: 2543 (Photo conversion efficiency)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}, {\"changed\": {\"name\": \"subset\", \"object\": \"ID: 2950 (1 data points)\", \"fields\": [\"Label\", \"Space group\"]}}]',34,1255),
+(8423,'2024-09-23 01:57:40','2543','ID: 2543 (Photo conversion efficiency)',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',34,1255),
+(8424,'2024-09-23 02:07:43','333','2019 -   Science Advances 5 , - \"Perovskite database id: 26422\"',2,'[{\"changed\": {\"fields\": [\"Title\", \"Vol\", \"Pages start\", \"Pages end\", \"Year\"]}}]',3,1255),
+(8425,'2024-09-23 02:08:54','333','2019 -   Science Advances 5 , 0 \"Perovskite database id: 26422\"',2,'[{\"changed\": {\"fields\": [\"Pages start\", \"Pages end\"]}}]',3,1255),
+(8426,'2024-09-23 02:09:30','333','2019 -   Science Advances 5 , 1 \"Perovskite database id: 26422\"',2,'[{\"changed\": {\"fields\": [\"Pages start\"]}}]',3,1255),
+(8427,'2024-09-23 02:11:25','334','2018 -   Journal of Materials Chemistry A 6 , 9583 \"Perovskite database id: 29309\"',2,'[{\"changed\": {\"fields\": [\"Title\", \"Vol\", \"Pages start\", \"Pages end\", \"Year\"]}}]',3,1255),
+(8428,'2024-09-23 02:15:49','335','2018 -   Nature Communications 9 , - \"Perovskite database id: 31273\"',2,'[{\"changed\": {\"fields\": [\"Title\", \"Vol\", \"Pages start\", \"Pages end\", \"Year\"]}}]',3,1255),
+(8429,'2024-09-23 02:17:21','333','2019 -   Science Advances 5 , - \"Perovskite database id: 26422\"',2,'[{\"changed\": {\"fields\": [\"Pages start\", \"Pages end\"]}}]',3,1255),
+(8430,'2024-09-23 02:23:04','336','2020 -   Solar RRL 4 , - \"Perovskite database id: 39568\"',2,'[{\"changed\": {\"fields\": [\"Title\", \"Vol\", \"Pages start\", \"Pages end\", \"Year\"]}}]',3,1255),
+(8431,'2024-09-23 02:25:10','337','2020 -   Journal of Materials Chemistry A 8 , 8058 \"Perovskite database id: 39635\"',2,'[{\"changed\": {\"fields\": [\"Title\", \"Vol\", \"Pages start\", \"Pages end\", \"Year\"]}}]',3,1255),
+(8432,'2024-09-26 21:04:25','602','2-(2-bromophenyl)ethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Compound name\", \"Group\", \"Iupac\"]}}]',2,8),
+(8433,'2024-09-26 21:07:07','43','xieyi',2,'[{\"changed\": {\"fields\": [\"Superuser status\"]}}]',19,8),
+(8434,'2024-09-26 21:14:51','602','2-(2-bromophenyl)ethylammonium lead iodide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,8),
+(8435,'2024-09-30 21:46:29','2555','ID: 2555 (band gap (fundamental))',3,'',34,1255),
+(8436,'2024-09-30 21:46:39','609','LaNiO3',3,'',2,1255),
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+(8438,'2024-09-30 23:20:30','610','LaNiO3',3,'',2,1255),
+(8439,'2024-09-30 23:30:44','592','Cesium (1-x) formamidinium(x) lead iodide: x=0.85',2,'[{\"changed\": {\"fields\": [\"Formula\"]}}, {\"changed\": {\"name\": \"system_ stoichiometry\", \"object\": \"Stoichiometry for Cesium (1-x) formamidinium(x) lead iodide: x=0.85\", \"fields\": [\"Stoichiometry\"]}}, {\"added\": {\"name\": \"stoichiometry_ elements\", \"object\": \"Element H in stoichiometry Stoichiometry for Cesium (1-x) formamidinium(x) lead iodide: x=0.85\"}}, {\"changed\": {\"name\": \"stoichiometry_ elements\", \"object\": \"Element F in stoichiometry Stoichiometry for Cesium (1-x) formamidinium(x) lead iodide: x=0.85\", \"fields\": [\"Element\", \"String value\", \"Float value\"]}}, {\"changed\": {\"name\": \"stoichiometry_ elements\", \"object\": \"Element A in stoichiometry Stoichiometry for Cesium (1-x) formamidinium(x) lead iodide: x=0.85\", \"fields\": [\"Element\", \"String value\", \"Float value\"]}}]',2,1255),
+(8440,'2024-09-30 23:38:54','593','Cesium (1-x) formamidinium(x) lead iodide: x=0.95',2,'[{\"changed\": {\"fields\": [\"Formula\"]}}, {\"changed\": {\"name\": \"system_ stoichiometry\", \"object\": \"Stoichiometry for Cesium (1-x) formamidinium(x) lead iodide: x=0.95\", \"fields\": [\"Stoichiometry\"]}}, {\"added\": {\"name\": \"stoichiometry_ elements\", \"object\": \"Element H in stoichiometry Stoichiometry for Cesium (1-x) formamidinium(x) lead iodide: x=0.95\"}}, {\"changed\": {\"name\": \"stoichiometry_ elements\", \"object\": \"Element F in stoichiometry Stoichiometry for Cesium (1-x) formamidinium(x) lead iodide: x=0.95\", \"fields\": [\"Element\", \"String value\", \"Float value\"]}}, {\"changed\": {\"name\": \"stoichiometry_ elements\", \"object\": \"Element A in stoichiometry Stoichiometry for Cesium (1-x) formamidinium(x) lead iodide: x=0.95\", \"fields\": [\"Element\", \"String value\", \"Float value\"]}}]',2,1255),
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+(8442,'2024-09-30 23:48:56','595','Cesium (1-x) formamidinium(x) lead iodide: x=0.98',2,'[{\"changed\": {\"fields\": [\"Formula\"]}}, {\"changed\": {\"name\": \"system_ stoichiometry\", \"object\": \"Stoichiometry for Cesium (1-x) formamidinium(x) lead iodide: x=0.98\", \"fields\": [\"Stoichiometry\"]}}, {\"added\": {\"name\": \"stoichiometry_ elements\", \"object\": \"Element H in stoichiometry Stoichiometry for Cesium (1-x) formamidinium(x) lead iodide: x=0.98\"}}, {\"changed\": {\"name\": \"stoichiometry_ elements\", \"object\": \"Element F in stoichiometry Stoichiometry for Cesium (1-x) formamidinium(x) lead iodide: x=0.98\", \"fields\": [\"Element\", \"String value\", \"Float value\"]}}, {\"changed\": {\"name\": \"stoichiometry_ elements\", \"object\": \"Element A in stoichiometry Stoichiometry for Cesium (1-x) formamidinium(x) lead iodide: x=0.98\", \"fields\": [\"Element\", \"String value\", \"Float value\"]}}]',2,1255),
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+(8445,'2024-10-02 01:52:55','2558','ID: 2558 (band gap (fundamental))',3,'',34,1255),
+(8446,'2024-10-02 01:53:07','612','LaNiO3',3,'',2,1255),
+(8447,'2024-10-02 02:25:51','1933',' , ',3,'',5,1255),
+(8448,'2024-10-02 02:26:04','347','2009 -   Computer Physics Communications 180 , 2175 \"Ab initio molecular simulations with numeric atom-centered orbitals\"',3,'',3,1255),
+(8449,'2024-10-02 02:27:49','1934','Volker  Blum , Duke University',3,'',5,1255),
+(8450,'2024-10-02 02:27:59','348','2009 -   Computer Physics Communications 180 , 2175 \"Ab initio molecular simulations with numeric atom-centered orbitals\"',3,'',3,1255),
+(8451,'2024-10-02 07:03:08','349','2009 -  V. Blum, R. Gehrke, F. Hanke, P. Havu, V. Havu, X. Ren, K. Reuter, M. Scheffler, Computer Physics Communications 180 , 2175 \"Ab initio molecular simulations with numeric atom-centered orbitals',3,'',3,1255),
+(8452,'2024-10-02 07:03:35','1940','Karsten Reuter, ',3,'',5,1255),
+(8453,'2024-10-02 07:03:35','1939','Xinguo Ren, ',3,'',5,1255),
+(8454,'2024-10-02 07:03:35','1938','Ville Havu, ',3,'',5,1255),
+(8455,'2024-10-02 07:03:35','1937','Paula Havu, ',3,'',5,1255),
+(8456,'2024-10-02 07:03:35','1936','Felix Hanke, ',3,'',5,1255),
+(8457,'2024-10-02 07:03:35','1935','Ralf Gehrke, ',3,'',5,1255),
+(8458,'2024-10-02 07:44:24','350','2009 -  V. Blum, R. Gehrke, F. Hanke, P. Havu, V. Havu, X. Ren, K. Reuter, M. Scheffler, Computer Physics Communications 180 , 2175 \"Ab initio molecular simulations with numeric atom-centered orbitals',3,'',3,1255),
+(8459,'2024-10-02 07:44:38','1946','Karsten Reuter, ',3,'',5,1255),
+(8460,'2024-10-02 07:44:38','1945','Xinguo Ren, ',3,'',5,1255),
+(8461,'2024-10-02 07:44:38','1944','Ville Havu, ',3,'',5,1255),
+(8462,'2024-10-02 07:44:38','1943','Paula Havu, ',3,'',5,1255),
+(8463,'2024-10-02 07:44:38','1942','Felix Hanke, ',3,'',5,1255),
+(8464,'2024-10-02 07:44:38','1941','Ralf Gehrke, ',3,'',5,1255),
+(8465,'2024-10-02 13:48:02','613','La2Ni3.4O5',3,'',2,1255),
+(8466,'2024-10-17 18:59:15','1272','ggraf',2,'[{\"changed\": {\"fields\": [\"Staff status\", \"Superuser status\"]}}]',19,1255),
+(8467,'2024-10-17 19:00:02','1273','VaniaChopra',2,'[{\"changed\": {\"fields\": [\"Staff status\", \"Superuser status\"]}}]',19,1255),
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+(8469,'2024-10-24 14:26:20','614','Bis([1,1\':3\',1\'\':3\'\',1\'\'\'-quaterphenyl]-4-ylmethanaminium) lead iodide',2,'[{\"changed\": {\"fields\": [\"N\"]}}]',2,1269),
+(8470,'2024-10-24 14:48:59','2561','ID: 2561 (photoluminescence)',2,'[{\"changed\": {\"fields\": [\"Caption\"]}}]',34,1269),
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+(8494,'2024-10-25 13:04:07','616','Bis([1,1\':3\',1\'\':3\'\',1\'\'\'-quaterphenyl]-4-ylmethanaminium) bis formamidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,1269),
+(8495,'2024-10-25 13:04:29','617','Bis([1,1\':3\',1\'\':3\'\',1\'\'\'-quaterphenyl]-4-ylmethanaminium) tris formamidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,1269),
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+(8498,'2024-10-31 14:39:46','619','Bis([1,1\':3\',1\'\':3\'\',1\'\'\'-quaterphenyl]-4-ylmethanaminium) pentakis formamidinium lead iodide',2,'[{\"changed\": {\"fields\": [\"Dimensionality\"]}}]',2,1269),
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+(8519,'2024-11-15 21:20:02','624','CH4SmNiO3',3,'',2,1255),
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+--
+
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+/*!40101 SET character_set_client = utf8 */;
+CREATE TABLE `materials_additionalfile` (
+  `id` int(11) NOT NULL AUTO_INCREMENT,
+  `created` datetime(6) NOT NULL,
+  `updated` datetime(6) NOT NULL,
+  `dataset_file` varchar(100) NOT NULL,
+  `created_by_id` int(11) NOT NULL,
+  `dataset_id` int(11) NOT NULL,
+  `updated_by_id` int(11) NOT NULL,
+  PRIMARY KEY (`id`),
+  KEY `materials_datasetfile_created_by_id_ab440837_fk_auth_user_id` (`created_by_id`),
+  KEY `materials_datasetfil_dataset_id_79257a0f_fk_materials` (`dataset_id`),
+  KEY `materials_datasetfile_updated_by_id_f925febc_fk_auth_user_id` (`updated_by_id`),
+  CONSTRAINT `materials_additionalfile_created_by_id_24eac1f2_fk_auth_user_id` FOREIGN KEY (`created_by_id`) REFERENCES `auth_user` (`id`),
+  CONSTRAINT `materials_additionalfile_updated_by_id_82a50c19_fk_auth_user_id` FOREIGN KEY (`updated_by_id`) REFERENCES `auth_user` (`id`),
+  CONSTRAINT `materials_datasetfil_dataset_id_79257a0f_fk_materials` FOREIGN KEY (`dataset_id`) REFERENCES `materials_dataset` (`id`)
+) ENGINE=InnoDB AUTO_INCREMENT=3226 DEFAULT CHARSET=utf8mb3 COLLATE=utf8mb3_uca1400_ai_ci;
+/*!40101 SET character_set_client = @saved_cs_client */;
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+/*!40000 ALTER TABLE `materials_additionalfile` ENABLE KEYS */;
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+
+--
+-- Table structure for table `materials_author`
+--
+
+DROP TABLE IF EXISTS `materials_author`;
+/*!40101 SET @saved_cs_client     = @@character_set_client */;
+/*!40101 SET character_set_client = utf8 */;
+CREATE TABLE `materials_author` (
+  `id` int(11) NOT NULL AUTO_INCREMENT,
+  `first_name` varchar(100) NOT NULL,
+  `last_name` varchar(100) NOT NULL,
+  `institution` varchar(600) NOT NULL,
+  PRIMARY KEY (`id`)
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+INSERT INTO `materials_author` VALUES
+(1,'David','Mitzi','Duke University'),
+(2,'M.','Braun','Universität Stuttgart'),
+(3,'Yutaka','Komatsu','Osaka University'),
+(4,'Chi','Liu','Duke University'),
+(5,'Ke-zhao','Du','Duke University'),
+(6,'Volker','Blum','Duke University'),
+(7,'Kengo','Shibuya','University of Tokyo, Japan Science and Technology Agency'),
+(8,'G. C.','Papavassiliou','National Hellenic Research Foundation'),
+(9,'W.','Frey','Universität Stuttgart'),
+(10,'G. A.','Mousdis','National Hellenic Research Foundation'),
+(11,'C. P.','Raptopoulou','National Centre of Scientific Research \"Demokritos\"'),
+(12,'A.','Terzis','National Centre of Scientific Research \"Demokritos\"'),
+(13,'Masanori','Koshimizu','Tohoku University, Japan Science and Technology Agency'),
+(14,'Fumihiko','Nishikido','Japan Science and Technology Agency,  National Institute of Radiological Sciences'),
+(15,'Haruo','Saito','University of Tokyo, Japan Science and Technology Agency'),
+(16,'Shunji','Kishimoto','Japan Science and Technology Agency, High Energy Accelerator Research Organization'),
+(17,'Qing','Tu','Duke University, NSF Research Triangle Materials Research Science and Engineering Center'),
+(18,'Xu','Zhang','Duke University'),
+(19,'Qiwei','Han','Duke University'),
+(20,'Jie','Liu','Duke University'),
+(21,'Stefan','Zauscher','Duke University, NSF Research Triangle Materials Research Science and Engineering Center'),
+(22,'William','Huhn','Duke University'),
+(23,'Alvaro','Vazquez-Mayagoitia','Argonne Leadership Computing Facility'),
+(24,'David','Dirkes','University of North Carolina, Chapel Hill'),
+(25,'Wei','You','University of North Carolina, Chapel Hill'),
+(26,'Yosuke','Kanai','University of North Carolina, Chapel Hill'),
+(27,'Takamitsu','Yamanaka','Osaka University'),
+(28,'Noriyuki','Hirai','Osaka University'),
+(29,'Konstantinos','Chondroudis','IBM'),
+(30,'Cherie R.','Kagan','IBM'),
+(31,'David','Mitzi','IBM'),
+(32,'Tom','Baikie','Nanyang Technological University'),
+(33,'Yanan','Fang','Nanyang Technological University'),
+(34,'Jeannette M.','Kadro','Nanyang Technological University'),
+(35,'Martin','Schreyer','Institute of Chemical Engineering Sciences'),
+(36,'Fengxia','Wei','Nanyang Technological University'),
+(37,'Subodh G.','Mhaisalkar','Nanyang Technological University'),
+(38,'Micheal','Graetzel','Ecole Polytechnique Federale de Lausanne'),
+(39,'Tim J.','White','Nanyang Technological University'),
+(40,'Mark T.','Weller','University of Bath'),
+(41,'Oliver J.','Weber','University of Bath'),
+(42,'Paul F.','Henry','European Spallation Source'),
+(43,'Antonietta M.','Di Pumpo','University of Bath, Institut Laue Langevin'),
+(44,'Thomas C.','Hansen','Institut Laue Langevin'),
+(45,'Yukihiko','Kawamura','Yamaguchi University'),
+(46,'Hiroyuki','Mashiyama','Yamaguchi University'),
+(47,'Katsuhiko','Hasebe','Yamaguchi University'),
+(48,'Weiguang','Kong','Zhejiang University'),
+(49,'Zhenyu','Ye','Zhejiang University'),
+(50,'Zhen','Qi','Chinese Academy of Sciences'),
+(51,'Bingpo','Zhang','Zhejiang University'),
+(52,'Miao','Wang','Zhejiang University'),
+(53,'Arash','Rahimi-Iman','Philipps University Marburg'),
+(54,'Huizhen','Wu','Zhejiang University'),
+(55,'Le Quang','Phuong','Kyoto University'),
+(56,'Yasuhiro','Yamada','Chiba University'),
+(57,'Masaya','Nagai','Osaka University'),
+(58,'Naoki','Maruyama','Kyoto University'),
+(59,'Atsushi','Wakamiya','Kyoto University'),
+(60,'Yoshihiko','Kanemitsu','Kyoto University'),
+(61,'Giles','Eperon','University of Oxford'),
+(62,'Samuel','Stranks','University of Oxford'),
+(63,'Christopher','Menelaou','University of Oxford'),
+(64,'Michael','Johnston','University of Oxford'),
+(65,'Laura','Herz','University of Oxford'),
+(66,'Henry','Snaith','University of Oxford'),
+(67,'Xiaoli','Zhang','Southern University of Science and Technology, Shenzhen, China'),
+(68,'He','Liu','Nanyang Technological University, Singapore'),
+(69,'Weigao','Wang','Southern University of Science and Technology, Shenzhen, China'),
+(70,'Jinbao','Zhang','Uppsala University, Sweden'),
+(71,'Bing','Xu','Southern University of Science and Technology, Shenzhen, China'),
+(72,'Ke Lin','Karen','A*STAR, Singapore'),
+(73,'Yuanjin','Zheng','Nanyang Technological University, Singapore'),
+(74,'Sheng','Liu','Wuhan University, China'),
+(75,'Shuming','Chen','Southern University of Science and Technology, Shenzhen, China'),
+(76,'Kai','Wang','Southern University of Science and Technology, Shenzhen, China'),
+(77,'Xiao Wei','Sun','Southern University of Science and Technology, Shenzhen, China'),
+(78,'Tom','Baikie','Nanyang Technological University, Singapore'),
+(79,'Nathan','Barrow','Johnson Matthey Technology Centre, UK'),
+(80,'Yanan','Fang','Nanyang Technological University, Singapore'),
+(81,'Philip','Keenan','University of Birmingham, UK'),
+(82,'Peter','Slater','University of Birmingham, UK'),
+(83,'Ross','Piltz','Bragg Institute, Australian Science and Technology Organization'),
+(84,'Matthias','Gutmann','Rutherford Appleton Laboratory, UK'),
+(85,'Subodh','Mhaisalkar','Nanyang Technological University, Singapore'),
+(86,'Tim','White','Nanyang Technological University, Singapore'),
+(87,'Constantinos','Stoumpos','Northwestern University'),
+(88,'Christos','Malliakas','Northwestern University'),
+(89,'Mercouri','Kanatzidis','Northwestern University'),
+(90,'Qifeng','Han','UCLA'),
+(91,'Sang-Hoon','Bae','UCLA'),
+(92,'Pengyu','Sun','UCLA'),
+(93,'Yao-Tsung','Hsieh','UCLA'),
+(94,'Yang (Michael)','Yang','UCLA'),
+(95,'You Seung','Rim','UCLA'),
+(96,'Hongxiang','Zhao','UCLA'),
+(97,'Qi','Chen','UCLA'),
+(98,'Wangzhou','Shi','Shanghai Normal University'),
+(99,'Gang','Li','UCLA'),
+(100,'Yang','Yang','UCLA'),
+(101,'P. S.','Whitfield','Oak Ridge National Laboratory'),
+(102,'N','Herron','DuPont Electronics and Communication Technologies'),
+(103,'W. E.','Guise','Argonne National Laboratory'),
+(104,'K','Page','Oak Ridge National Laboratory'),
+(105,'Y. Q.','Cheng','Oak Ridge National Laboratory'),
+(106,'I','Milas','DuPont Central Research & Development'),
+(107,'M. K.','Crawford','University of Delaware'),
+(108,'Akihiro','Kojima','The University of Tokyo'),
+(109,'Kenjiro','Teshima','Peccell Technologies, Inc'),
+(110,'Yasuo','Shirai','Tokyo Polytechnic University'),
+(111,'Tsutomu','Miyasaka','The University of Tokyo'),
+(112,'Xiaoming','Wang','Department of Physics and Astronomy and Wright Center for Photovoltaic Innovation and Commercialization, The University of Toledo'),
+(113,'Weiwei','Meng','Department of Physics and Astronomy and Wright Center for Photovoltaic Innovation and Commercialization, The University of Toledo, School of Physics and Technology, Center for Electron Microscopy, MOE Key Laboratory of Artificial Micro-and Nano-structures, and Institute for Advanced Studies, Wuhan University'),
+(114,'Weiqiang','Liao','Ordered Matter Science Research Center, Southeast University'),
+(115,'Jianbo','Wang','School of Physics and Technology, Center for Electron Microscopy, MOE Key Laboratory of Artificial Micro-and Nano-structures, and Institute for Advanced Studies, Wuhan University'),
+(116,'Ren-Gen','Xiong','Ordered Matter Science Research Center, Southeast University'),
+(117,'Yanfa','Yan','Department of Physics and Astronomy and Wright Center for Photovoltaic Innovation and Commercialization, The University of Toledo'),
+(118,'D','Mitzi','IBM Thomas J. Watson Research Center'),
+(119,'C','Feild','IBM Thomas J. Watson Research Center'),
+(120,'Z','Schlesinger','IBM Thomas J. Watson Research Center'),
+(121,'R','Laibowitz','IBM Thomas J. Watson Research Center'),
+(122,'D','Mitzi','IBM T. J. Watson Research Center'),
+(123,'K','Liang','IBM T. J. Watson Research Center'),
+(124,'A','Poglitsch','Max Planck Institute for Solid State Research'),
+(125,'D','Weber','Max Planck Institute for Solid State Research'),
+(126,'Osvald','Knop','Dalhousie University'),
+(127,'Roderick','Wasylishen','Dalhousie University'),
+(128,'Mary','White','Dalhousie University'),
+(129,'T','Cameron','Dalhousie University'),
+(130,'Michiel','Van Oort','Dalhousie University'),
+(131,'I','Swainson','Chalk River Laboratories, Ontario'),
+(132,'R','Hammond','Chalk River Laboratories, Ontario'),
+(133,'C','Soullière','Chalk River Laboratories, Ontario'),
+(134,'O','Knop','Dalhousie University, Canada'),
+(135,'W','Massa','Philipps University, Germany'),
+(136,'Manoj K','Jana','Department of Mechanical Engineering and Materials Science, Duke University'),
+(137,'Svenja M','Janke','Department of Mechanical Engineering and Materials Science, Duke University； Department of Chemistry, Duke University;'),
+(138,'David J','Dirkes','Department of Chemistry, University of North Carolina at Chapel Hill'),
+(139,'Seyitliyev','Dovletgeldi','Department of Physics, North Carolina State University'),
+(140,'Chi','Liu','Department of Chemistry, Duke University'),
+(141,'Xixi','Qin','Department of Mechanical Engineering and Materials Science, Duke University'),
+(142,'Kenan','Gundogdu','Department of Physics, North Carolina State University'),
+(143,'Wei','You','Department of Chemistry, University of North Carolina at Chapel Hill'),
+(144,'Volker','Blum','Department of Mechanical Engineering and Materials Science, Duke University； Department of Chemistry, Duke University'),
+(145,'David B','Mitzi','Department of Mechanical Engineering and Materials Science, Duke University； Department of Chemistry, Duke University'),
+(146,'Tianshu','Li','State Key Laboratory of Superhard Materials, Key Laboratory of Automobile Materials of MOE, and College of Materials Science and Engineering, Jilin University, Changchun 130012, China'),
+(147,'Xingang','Zhao','State Key Laboratory of Superhard Materials, Key Laboratory of Automobile Materials of MOE, and College of Materials Science and Engineering, Jilin University, Changchun 130012, China'),
+(148,'Dongwen','Yang','State Key Laboratory of Superhard Materials, Key Laboratory of Automobile Materials of MOE, and College of Materials Science and Engineering, Jilin University, Changchun 130012, China'),
+(149,'Mao-Hua','Du','Materials Science and Technology Division, Oak Ridge National Laboratory, Oak Ridge, Tennessee 37831, USA'),
+(150,'Lijun','Zhang','State Key Laboratory of Superhard Materials, Key Laboratory of Automobile Materials of MOE, and College of Materials Science and Engineering, Jilin University, Changchun 130012, China'),
+(152,'Wiley A.','Dunlap-Shohl','Department of Mechanical Engineering and Materials Science, Duke University, Durham, USA'),
+(153,'E. Tomas','Barraza','Department of Electrical and Computer Engineering, Duke University, Durham, USA'),
+(154,'Andrew','Barrette','Department of Physics, North Carolina State University, Raleigh, USA'),
+(155,'Seyitliyev','Dovletgeldi','Department of Physics, North Carolina State University, Raleigh, USA'),
+(156,'Gamze','Findik','Department of Physics, North Carolina State University, Raleigh, USA'),
+(157,'David J.','Dirkes','Department of Chemistry, University of North Carolina at Chapel Hill, Chapel Hill, USA'),
+(158,'Chi','Liu','Department of Chemistry, Duke University, Durham, USA'),
+(159,'Manoj K.','Jana','Department of Mechanical Engineering and Materials Science, Duke University, Durham, USA'),
+(160,'Volker','Blum','Department of Mechanical Engineering and Materials Science, Duke University, Durham, USA'),
+(161,'Wei','You','Department of Chemistry, University of North Carolina at Chapel Hill, Chapel Hill, USA'),
+(162,'Kenan','Gundogdu','Department of Physics, North Carolina State University, Raleigh, USA'),
+(163,'Adrienne D.','Stiff-Roberts','Department of Electrical and Computer Engineering, Duke University, Durham, USA'),
+(164,'David B.','Mitzi','Department of Mechanical Engineering and Materials Science, Duke University, Durham, USA'),
+(165,'Daniele','Meggiolaro','Computational Laboratory for Hybrid/Organic Photovoltaics (CLHYO), Istituto CNR di Scienze e Tecnologie Molecolari (ISTM-CNR), CompuNet, Istituto Italiano di Tecnologia'),
+(166,'Edoardo','Mosconi','Computational Laboratory for Hybrid/Organic Photovoltaics (CLHYO), Istituto CNR di Scienze e Tecnologie Molecolari (ISTM-CNR)'),
+(167,'Filippo','De Angelis','Computational Laboratory for Hybrid/Organic Photovoltaics (CLHYO), Istituto CNR di Scienze e Tecnologie Molecolari (ISTM-CNR), CompuNet, Istituto Italiano di Tecnologia, Department of Chemistry, Biology and Biotechnology, University of Perugia'),
+(168,'Emma R','Dohner','Department of Chemistry, , Stanford University'),
+(169,'Eric T','Hoke','Geballe Laboratory for Advanced Materials, Stanford University'),
+(170,'Hemamala I','Karunadasa','Department of Chemistry, , Stanford University'),
+(171,'Emma R','Dohner','Department of Chemistry, Stanford University'),
+(172,'Adam','Jaffe','Department of Chemistry, Stanford University'),
+(173,'Liam R','Bradshaw','Department of Chemistry, University of Washington'),
+(174,'Hemamala I','Karunadasa','Department of Chemistry, Stanford University'),
+(175,'A','Yangui','Groupe d’Etudes de la Matière Condensée (GEMaC), CNRS, Université de Versailles Saint-Quentin-en-Yvelines; Laboratoire de Physique Appliquée (LPA), Faculté des Sciences de Sfax'),
+(176,'D','Garrot','Groupe d’Etudes de la Matière Condensée (GEMaC), CNRS, Université de Versailles Saint-Quentin-en-Yvelines'),
+(177,'J. S','Lauret','Laboratoire Aimé Cotton, Ecole Normale Supérieure de Cachan, CNRS, Université de Paris-Sud'),
+(178,'A','Lusson','Groupe d’Etudes de la Matière Condensée (GEMaC), CNRS, Université de Versailles Saint-Quentin-en-Yvelines'),
+(179,'G','Bouchez','Groupe d’Etudes de la Matière Condensée (GEMaC), CNRS, Université de Versailles Saint-Quentin-en-Yvelines'),
+(180,'E','Deleporte','Laboratoire Aimé Cotton, Ecole Normale Supérieure de Cachan, CNRS, Université de Paris-Sud'),
+(181,'S','Pillet','Université de Lorraine'),
+(182,'E.E','Bendeif','Université de Lorraine'),
+(183,'M','Castro','⊥Departamento de Ciencia y Tecnología de Materiales y Fluidos, Escuela de Ingeniería y Arquitectura, Instituto de Ciencia de Materiales de Aragón (CSIC-Universidad de Zaragoza), C/Maria de Luna no. 3, 500018 Zaragoza, Spain'),
+(184,'S','Triki','Laboratoire de Chimie, Electrochimie Moléculaires et Chimie Analytique, CNRS, Université de Bretagne Occidentale'),
+(185,'Y','Abid','Laboratoire de Physique Appliquée (LPA), Faculté des Sciences de Sfax'),
+(186,'K','Boukheddaden','Groupe d’Etudes de la Matière Condensée (GEMaC), CNRS, Université de Versailles Saint-Quentin-en-Yvelines'),
+(187,'Y.Y','Li','Key Laboratory of Rare Earth Chemistry and Physics, State Key Laboratory of Polymer Physics and Chemistry, and State Key Laboratory of Electroanalytical Chemistry, Changchun Institute of Applied Chemistry, Chinese Academy of Sciences'),
+(188,'C.K','Lin','Key Laboratory of Rare Earth Chemistry and Physics, State Key Laboratory of Polymer Physics and Chemistry, and State Key Laboratory of Electroanalytical Chemistry, Changchun Institute of Applied Chemistry, Chinese Academy of Sciences'),
+(189,'G.L','Zheng','Key Laboratory of Rare Earth Chemistry and Physics, State Key Laboratory of Polymer Physics and Chemistry, and State Key Laboratory of Electroanalytical Chemistry, Changchun Institute of Applied Chemistry, Chinese Academy of Sciences'),
+(190,'Z.Y','Cheng','Key Laboratory of Rare Earth Chemistry and Physics, State Key Laboratory of Polymer Physics and Chemistry, and State Key Laboratory of Electroanalytical Chemistry, Changchun Institute of Applied Chemistry, Chinese Academy of Sciences'),
+(191,'H','You','Key Laboratory of Rare Earth Chemistry and Physics, State Key Laboratory of Polymer Physics and Chemistry, and State Key Laboratory of Electroanalytical Chemistry, Changchun Institute of Applied Chemistry, Chinese Academy of Sciences'),
+(192,'W.D','Wang','Graduate School of the Chinese Academy of Sciences'),
+(193,'J','Lin','Key Laboratory of Rare Earth Chemistry and Physics, State Key Laboratory of Polymer Physics and Chemistry, and State Key Laboratory of Electroanalytical Chemistry, Changchun Institute of Applied Chemistry, Chinese Academy of Sciences'),
+(194,'Krishnamoorthy','Thirumal','Energy Research Institute @NTU (ERI@N); Division of Chemistry and Biological Chemistry, School of Physical and Mathematical Sciences, Nanyang Technological University'),
+(195,'Wee Kiang','Chong','Energy Research Institute @ NTU, ERI@N, Interdisciplinary Graduate School, Nanyang Technological University; ∥Division of Physics and Applied Physics, School of Physical and Mathematical Sciences, Nanyang Technological University'),
+(196,'Wei','Xie','Department of Materials Science and Engineering, University of California, Berkeley'),
+(197,'Rakesh','Ganguly','Division of Chemistry and Biological Chemistry, School of Physical and Mathematical Sciences, Nanyang Technological University'),
+(198,'Subas Kumar','Muduli','Energy Research Institute @NTU (ERI@N), Research Techno Plaza'),
+(199,'Matthew','Sherburne','Department of Materials Science and Engineering, University of California, Berkeley'),
+(200,'Mark','Asta','Department of Materials Science and Engineering, University of California, Berkeley'),
+(201,'Subodh','Mhaisalkar','Energy Research Institute @NTU (ERI@N), Research Techno Plaza; School of Materials Science and Engineering, Nanyang Technological University'),
+(202,'Tze Chien','Sum','Division of Physics and Applied Physics, School of Physical and Mathematical Sciences, Nanyang Technological University'),
+(203,'Han Sen','Soo','Division of Chemistry and Biological Chemistry, School of Physical and Mathematical Sciences, Nanyang Technological University'),
+(204,'Nripan','Mathews','Energy Research Institute @NTU (ERI@N), Research Techno Plaza; School of Materials Science and Engineering, Nanyang Technological University'),
+(205,'Lingling','Mao','Department of Chemistry,  Northwestern University'),
+(206,'Yilei','Wu','Department of Chemistry,  Northwestern University'),
+(207,'Constantinos C','Stoumpos','Department of Chemistry,  Northwestern University'),
+(208,'Boubacar','Traore','Institut des sciences chimiques de Rennes, CNRS, Universitéde Rennes 1, Ecole Nationale Supérieure de Chimie de Rennes, INSA de Rennes'),
+(209,'Claudine','Katan','Institut des sciences chimiques de Rennes, CNRS, Universitéde Rennes 1, Ecole Nationale Supérieure de Chimie de Rennes, INSA de Rennes'),
+(210,'Jacky','Even','Fonctions Optiques pour les Technologies de l’Information (FOTON), INSA de Rennes'),
+(211,'Michael R.','Wasielewski','Department of Chemistry and ‡Argonne-Northwestern Solar Energy Research (ANSER) Center, Northwestern University'),
+(212,'Mercouri G.','Kanatzidis','Department of Chemistry and ‡Argonne-Northwestern Solar Energy Research (ANSER) Center, Northwestern University'),
+(213,'Edward P','Booker','†Cavendish Laboratory, University of Cambridge'),
+(214,'Tudor H','Thomas','†Cavendish Laboratory, University of Cambridge'),
+(215,'Claudio','Quarti','Laboratory for Chemistry of Novel Materials, University of Mons'),
+(216,'Michael R','Stanton','†Cavendish Laboratory, University of Cambridge'),
+(217,'Cameron D','Dashwood','†Cavendish Laboratory, University of Cambridge'),
+(218,'Alexander J','Gillett','†Cavendish Laboratory, University of Cambridge'),
+(219,'Johannes M.','Richter','†Cavendish Laboratory, University of Cambridge'),
+(220,'Andrew J','Pearson','†Cavendish Laboratory, University of Cambridge'),
+(221,'Nathaniel J. L. K.','Davis','†Cavendish Laboratory, University of Cambridge'),
+(222,'Henning','Sirringhaus','†Cavendish Laboratory, University of Cambridge'),
+(223,'Michael B','Price','†Cavendish Laboratory, University of Cambridge'),
+(224,'Neil C','Greenham','†Cavendish Laboratory, University of Cambridge'),
+(225,'David','Beljonne','Laboratory for Chemistry of Novel Materials, University of Mons'),
+(226,'Siân E','Dutton','†Cavendish Laboratory, University of Cambridge'),
+(227,'Felix','Deschler','†Cavendish Laboratory, University of Cambridge'),
+(228,'Matthew D','Smith','Department of Chemistry, Stanford University'),
+(229,'Aaron M.','Lindenberg','Department of Materials Science and Engineering, Stanford University'),
+(230,'Lingling','Mao','Department of Chemistry, Northwestern University'),
+(231,'Yilei','Wu','Department of Chemistry, Northwestern University'),
+(232,'Constantinos C','Stoumpos','Department of Chemistry, Northwestern University'),
+(233,'Michael R','Wasielewski','Department of Chemistry and Argonne-Northwestern Solar Energy Research (ANSER) Center, Northwestern University'),
+(234,'Mercouri G','Kanatzidis','Department of Chemistry and Argonne-Northwestern Solar Energy Research (ANSER) Center, Northwestern University'),
+(235,'Daniele','Cortecchia','Interdisciplinary Graduate School, Energy Research Institute @ NTU(ERI@N), Nanyang Technological University, Centre for Nano Science and Technology (CNST@PoliMi), Istituto Italiano di Tecnologia'),
+(236,'Stefanie','Neutzner','Centre for Nano Science and Technology (CNST@PoliMi), Istituto Italiano di Tecnologia'),
+(237,'Ajay Ram Srimath','Kandada','Centre for Nano Science and Technology (CNST@PoliMi), Istituto Italiano di Tecnologia'),
+(238,'Edoardo','Mosconi','Istituto CNR di Scienze e Tecnologie Molecolari, c/o Dipartimento di Chimica, Università di Perugia; ∥CompuNet, Istituto Italiano di Tecnologia'),
+(239,'Daniele','Meggiolaro','Istituto CNR di Scienze e Tecnologie Molecolari, c/o Dipartimento di Chimica, Università di Perugia; ∥CompuNet, Istituto Italiano di Tecnologia'),
+(240,'Filippo De','Angelis','Istituto CNR di Scienze e Tecnologie Molecolari, c/o Dipartimento di Chimica, Università di Perugia; ∥CompuNet, Istituto Italiano di Tecnologia'),
+(241,'Cesare','Soci','Division of Physics and Applied Physics, School of Physical and Mathematical Sciences, Nanyang Technological University'),
+(242,'Annamaria','Petrozza','Centre for Nano Science and Technology (CNST@PoliMi), Istituto Italiano di Tecnologia'),
+(243,'Zhenyue','Wu','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences; University of Chinese Academy of Sciences, Chinese Academy of Sciences'),
+(244,'Chengmin','Ji','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences'),
+(245,'Zhihua','Sun','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences'),
+(246,'Sasa','Wang','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences; University of Chinese Academy of Sciences, Chinese Academy of Sciences'),
+(247,'Sangen','Zhao','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences'),
+(248,'Weichuan','Zhang','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences'),
+(249,'Lina','Li','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences'),
+(250,'Junhua','Luo','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences'),
+(251,'Aymen','Yangui','Institute of Industrial Science, University of Tokyo; Groupe d’Etudes de la Matière Condensée, UMR CNRS 8653-Université de Versailles Saint Quentin En Yvelines, Université Paris-Saclay'),
+(252,'Sebastien','Pillet','Laboratoire de Cristallographie, Résonance Magnétique et Modélisations'),
+(253,'El-Eulmi','Bendeif','Laboratoire de Cristallographie, Résonance Magnétique et Modélisations'),
+(254,'Alain','Lusson','Groupe d’Etudes de la Matière Condensée, UMR CNRS 8653-Université de Versailles Saint Quentin En Yvelines, Université Paris-Saclay'),
+(255,'Smail','Triki','Laboratoire de Chimie, Electrochimie Moléculaires, Chimie Analytique, UMR CNRS 6521-Universitéde Brest (UBO)'),
+(256,'Younes','Abid','Laboratoire de Physique Appliquée, Faculté des Sciences de Sfax'),
+(257,'Kamel','Boukheddaden','Groupe d’Etudes de la Matière Condensée, UMR CNRS 8653-Université de Versailles Saint Quentin En Yvelines, Université Paris-Saclay'),
+(258,'Sasa','Wang','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences; University of Chinese Academy of Sciences'),
+(259,'Yunpeng','Yao','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences'),
+(260,'Jintao','Kong','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences'),
+(261,'Zhenyue','Wu','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences; University of Chinese Academy of Sciences'),
+(263,'J.','Macdonald','Dalhousie University'),
+(264,'Noriko','Onoda-Yamamuro','Osaka University'),
+(265,'Takasuke','Matsuo','Osaka University'),
+(266,'Hiroshi','Suga','Osaka University'),
+(267,'Andrea','Pisoni','EPFL'),
+(268,'Jaćim','Jaćimovic','EPFL'),
+(269,'Osor','Barišić','Institute of Physics, Bijenička'),
+(270,'Massimo','Spina','EPFL'),
+(271,'Richard','Gaál','EPFL'),
+(272,'László','Forró','EPFL'),
+(273,'Endre','Horváth','EPFL'),
+(274,'Dehui','Li','UCLA'),
+(275,'Gongming','Wang','UCLA'),
+(276,'Hung-Chieh','Cheng','UCLA'),
+(277,'Chih-Yen','Chen','UCLA'),
+(278,'Hao','Wu','UCLA'),
+(279,'Yuan','Liu','UCLA'),
+(280,'Yu','Huang','UCLA'),
+(281,'Xiangfeng','Duan','UCLA'),
+(282,'Fabian','Ruf','Karlsruhe Institute of Technology'),
+(283,'Meltem','Aygüler','LMU Munich'),
+(284,'Nadja','Giesbrecht','LMU Munich'),
+(285,'Bettina','Rendenbach','LMU Munich'),
+(290,'Jacky','Even','Université Européenne de Bretagne'),
+(291,'Laurent','Pedesseau','Université Européenne de Bretagne'),
+(292,'Claudine','Katan','Institut des Sciences Chimiques de Rennes'),
+(293,'Valerio','D’Innocenzo','Istituto Italiano di Tecnologia'),
+(294,'Giulia','Grancini','Istituto Italiano di Tecnologia'),
+(295,'Marcelo','Alcocer','Istituto Italiano di Tecnologia'),
+(296,'Ajay','Kandada','Istituto Italiano di Tecnologia'),
+(297,'Michael','Lee','University of Oxford'),
+(298,'Guglielmo','Lanzani','Istituto Italiano di Tecnologia'),
+(299,'Annamaria','Petrozza','Istituto Italiano di Tecnologia'),
+(300,'David','Mitzi','IBM T. J. Watson Research Center'),
+(301,'Chenkun','Zhou','FAMU-FSU College of Engineering, Tallahassee'),
+(302,'Haoran','Lin','FAMU-FSU College of Engineering, Tallahassee'),
+(303,'Yu','Tian','Florida State University'),
+(304,'Zhao','Yuan','FAMU-FSU College of Engineering, Tallahassee'),
+(305,'Ronald','Clark','Florida State University'),
+(306,'Banghao','Chen','Florida State University'),
+(307,'Lambertus','van de Burgt','Florida State University'),
+(308,'Jamie','Wang','Florida State University'),
+(309,'Yan','Zhou','Florida State University'),
+(310,'Kenneth','Hanson','Florida State University'),
+(311,'Quinton','Meisner','Florida State University'),
+(312,'Jennifer','Neu','Florida State University'),
+(313,'Tiglet','Besara','Florida State University'),
+(314,'Theo','Siegrist','Florida State University'),
+(315,'Eric','Lambers','University of Florida'),
+(316,'Peter','Djurovich','University of Southern California'),
+(317,'Biwu','Ma','Florida State University'),
+(318,'Lingling','Mao','Northwestern University'),
+(319,'Peijun','Guo','Argonne National Laboratory'),
+(320,'Mikaël','Kepenekian','Institut des Sciences Chimiques de Rennes'),
+(321,'Ido','Hadar','Northwestern University'),
+(322,'Jacky','Even','Institut FOTON'),
+(323,'Richard','Schaller','Northwestern University'),
+(324,'Jun','Hu','University of North Carolina at Chapel Hill'),
+(325,'Iain','Oswald','Colorado State University'),
+(326,'Samuel ','Stuard','North Carolina State University'),
+(327,'Masrur Morshed ','Nahid','North Carolina State University'),
+(328,'Ninhao','Zhou','University of North Carolina at Chapel Hill'),
+(329,'Olivia','Williams','University of North Carolina at Chapel Hill'),
+(330,'Zhenkun','Guo','University of North Carolina at Chapel Hill'),
+(331,'Liang','Yan','University of North Carolina at Chapel Hill'),
+(332,'Huamin','Hu','University of North Carolina at Chapel Hill'),
+(333,'Zheng','Chen','University of North Carolina at Chapel Hill'),
+(334,'Xun','Xiao','University of North Carolina at Chapel Hill'),
+(335,'Yun','Lin','University of North Carolina at Chapel Hill'),
+(336,'Zhibin','Yang','University of North Carolina at Chapel Hill'),
+(337,'Jinsong','Huang','University of North Carolina at Chapel Hill'),
+(338,'Andrew','Moran','University of North Carolina at Chapel Hill'),
+(339,'Harald','Ade','North Carolina State University'),
+(340,'James','Neilson','Colorado State University'),
+(341,'Wei','You','University of North Carolina at Chapel Hill'),
+(342,'Yaxin','Zhai','Department of Physics and Astronomy, University of Utah'),
+(343,'Sangita','Baniya','Department of Physics and Astronomy, University of Utah'),
+(344,'Chuang','Zhang','Department of Physics and Astronomy, University of Utah'),
+(345,'Junwen','Li','Center for Nanoscale Science and Technology, National Institute of Standards and Technology; Maryland NanoCenter, University of Maryland'),
+(346,'Paul','Haney','Center for Nanoscale Science and Technology, National Institute of Standards and Technology'),
+(347,'Chuan-Xiang','Sheng','Department of Physics and Astronomy, University of Utah; School of Electronic and Optical Engineering, Nanjing University of Science and Technology'),
+(348,'Eitan','Ehrenfreund','Department of Physics and Astronomy, University of Utah; Physics Department and Solid State Institute, Technion-Israel Institute of Technology'),
+(349,'Zeev Valy','Vardeny','Department of Physics and Astronomy, University of Utah'),
+(350,'Lingling','Mao','Department of Chemistry, and Argonne-Northwestern Solar Energy Research (ANSER) Center, Northwestern University, Evanston, Illinois 60208, United States'),
+(351,'Weijun','Ke','Department of Chemistry, and Argonne-Northwestern Solar Energy Research (ANSER) Center, Northwestern University, Evanston, Illinois 60208, United States'),
+(352,'Laurent','Pedessau','Univ Rennes, INSA Rennes, CNRS, Institut FOTON − UMR 6082, Rennes F-35000, France'),
+(353,'Yilei','Wu','Department of Chemistry, and Argonne-Northwestern Solar Energy Research (ANSER) Center, Northwestern University, Evanston, Illinois 60208, United States'),
+(354,'Claudine','Katan','Univ Rennes, ENSCR, INSA Rennes, CNRS, ISCR (Institut des Sciences Chimiques de Rennes) − UMR 6226, Rennes F-35000, France'),
+(355,'Jacky','Even','Univ Rennes, INSA Rennes, CNRS, Institut FOTON − UMR 6082, Rennes F-35000, France'),
+(356,'Michael','Wasielewski','Department of Chemistry, and Argonne-Northwestern Solar Energy Research (ANSER) Center, Northwestern University, Evanston, Illinois 60208, United States'),
+(357,'Constantinos','Stoumpos','Department of Chemistry, and Argonne-Northwestern Solar Energy Research (ANSER) Center, Northwestern University, Evanston, Illinois 60208, United States'),
+(358,'Mercouri','Kanatzidis','Department of Chemistry, and Argonne-Northwestern Solar Energy Research (ANSER) Center, Northwestern University, Evanston, Illinois 60208, United States'),
+(359,'Tianyang ','Li','Department of Mechanical Engineering and Materials Science, Duke University'),
+(360,'Wiley','A. Dunlap-Shohl','Department of Mechanical Engineering and Materials Science, Duke University'),
+(361,'Eric','W. Reinheimer','Rigaku Americas Corporation'),
+(362,'Pierre ','Le Magueres','Rigaku Americas Corporation'),
+(363,'David ','B. Mitzi','Department of Mechanical Engineering and Materials Science, Duke University'),
+(364,'Zewen','Xiao','Department of Physics and Astronomy, The University of Toledo'),
+(365,'Wei Wei','Meng','Department of Physics and Astronomy, The University of Toledo'),
+(366,'Bayrammurad','Saparov','School of Physics and Technology, Wuhan University'),
+(367,'Hsin-Sheng','Duan','Department of Mechanical Engineering and Materials Science, Duke University'),
+(368,'Changlei','Wang','Department of Physics and Astronomy, The University of Toledo'),
+(369,'Chunbao','Fang','Department of Physics and Astronomy, The University of Toledo'),
+(370,'Weiqiang','Liao','Department of Physics and Astronomy, The University of Toledo'),
+(371,'Weijun','Ke','Department of Physics and Astronomy, The University of Toledo'),
+(372,'Dewei','Zhao','Department of Physics and Astronomy, The University of Toledo'),
+(373,'Jianbo','Wang','School of Physics and Technology, Wuhan University'),
+(374,'David','Mitzi','Department of Mechanical Engineering and Materials Science, Duke University'),
+(375,'Yanfa','Yan','Department of Physics and Astronomy, The University of Toledo'),
+(376,'Titel','Suranme','Duke University'),
+(377,'Constantinos','C. Stoumpos',' Department of Chemistry, Northwestern University'),
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+(379,'Daniel. J.','Clark','Department of Physics, Applied Physics and Astronomy, State University of New York (SUNY) at Binghamton'),
+(380,'Yong Soo','Kim','Department of Physics, Applied Physics and Astronomy, State University of New York (SUNY) at Binghamton'),
+(381,'Sonny H.','Rhim',' Department of Physics and Astronomy, Northwestern University'),
+(382,'Arthur J.','Freeman',' Department of Physics and Astronomy, Northwestern University'),
+(383,'John B.','Ketterson',' Department of Physics and Astronomy, Northwestern University'),
+(384,'Joon I.','Jang','Department of Physics, Applied Physics and Astronomy, State University of New York (SUNY) at Binghamton'),
+(385,'Mercouri G.','Kanatzidis',' Department of Physics and Astronomy, Northwestern University'),
+(386,'Chenkun ','Zhou','Florida State University'),
+(387,'Mingchao','Wang','Florida State University'),
+(388,'Alyssa','Rose','Florida State University'),
+(389,'Nicholas','Doyle','Florida State University'),
+(390,'Zhao','Yuan','Florida State University'),
+(391,'Yanyan','Hu','Florida State University'),
+(392,'Shangchao','Lin','Florida State University'),
+(393,'Annalise','Maughan','Department of Chemistry, Colorado State University'),
+(394,'Joshua','Kurzman','Department of Chemistry, Colorado State University'),
+(395,'James','Neilson','Department of Chemistry, Colorado State University'),
+(396,'Michael','Daub','Institute of Inorganic and Analytical Chemistry, Albert-Ludwigs-Universität'),
+(397,'Harald ','Hillebrecht','Freiburger Materialforschungszentrum FMF, Albert-Ludwigs-Universität'),
+(398,'A','B','C'),
+(399,'Constantinos','Stoumpos','Department of Chemistry, Northwestern University, 2145 Sheridan Road, Evanston, Illinois 60208, United States'),
+(400,'Duyen','Cao','Department of Chemistry, Northwestern University, 2145 Sheridan Road, Evanston, Illinois 60208, United States'),
+(401,'Daniel','Clark','Department of Physics, Applied Physics and Astronomy, Binghamton University, P.O. Box 6000, Binghamton, New York 13902, United States'),
+(402,'Joshua','Young','Department of Materials Science and Engineering, Drexel University, 3141 Chestnut Street, Philadelphia, Pennsylvania 19102, United States, and Department of Materials Science and Engineering, Northwestern University, 2220 Campus Drive, Evanston, Illinois 60208, United States'),
+(403,'James ','Rondinelli','Department of Materials Science and Engineering, Northwestern University, 2220 Campus Drive, Evanston, Illinois 60208, United States'),
+(404,'Joon','Jang','Department of Physics, Applied Physics and Astronomy, Binghamton University, P.O. Box 6000, Binghamton, New York 13902, United States'),
+(405,'Joseph','Hupp','Department of Chemistry, Northwestern University, 2145 Sheridan Road, Evanston, Illinois 60208, United States'),
+(406,'Mercouri','Kanatzidis','Department of Chemistry, Northwestern University, 2145 Sheridan Road, Evanston, Illinois 60208, United States'),
+(407,'Yu','Shu','Florida State University'),
+(408,'Joshua ','Messier','Florida State University'),
+(409,'Konstantinos ','Kountouriotis','Florida State University'),
+(410,'Yan','Xin','Florida State University'),
+(411,'Ethan ','Holt','University of Florida'),
+(412,'Kirk','Schanze','University of Florida'),
+(413,'Ian','Smith','Department of Chemistry, Stanford University Stanford, CA 94305 (USA)'),
+(414,'Erik','Hoke','Department of Materials Science and Engineering Stanford University, Stanford, CA 94305 (USA)'),
+(415,'Diego ','Solis-Ibarra','Department of Chemistry, Stanford University Stanford, CA 94305 (USA)'),
+(416,'Michael ','McGehee','Department of Materials Science and Engineering Stanford University, Stanford, CA 94305 (USA)'),
+(417,'Hemamala  ','Karunadasa','Department of Chemistry, Stanford University Stanford, CA 94305 (USA)'),
+(418,'Haoran','Lin','Florida State University'),
+(419,'Peter','Djurovich','University of Southern California, Los Angeles'),
+(420,'Biwu','Wu','Florida State University'),
+(421,'Matthew','Hautzinger','University of Wisconsin—Madison'),
+(422,'Jun','Dai','Jiangsu University of Science and Technology'),
+(423,'Yujin','Ji','Soochow University'),
+(424,'Yongping','Fu','University of Wisconsin—Madison'),
+(425,'Jie','Chen','University of Wisconsin—Madison'),
+(426,'Ilia','Guzei','University of Wisconsin—Madison'),
+(427,'John','Wright','University of Wisconsin—Madison'),
+(428,'Youyong','Li','Soochow University'),
+(429,'Song','Jin','University of Wisconsin—Madison'),
+(430,'Jun','Yin','Division of Physical Science and Engineering, King Abdullah University of Science and Technology, Thuwal 23955-6900, Kingdom of Saudi Arabia'),
+(431,'Partha ','Maity','Division of Physical Science and Engineering, King Abdullah University of Science and Technology, Thuwal 23955-6900, Kingdom of Saudi Arabia'),
+(432,'Liangjin ','Xu','Division of Physical Science and Engineering, King Abdullah University of Science and Technology, Thuwal 23955-6900, Kingdom of Saudi Arabia'),
+(433,'Ahmed M.',' El-Zohry','Division of Physical Science and Engineering, King Abdullah University of Science and Technology, Thuwal 23955-6900, Kingdom of Saudi Arabia'),
+(434,'Hong ','Li','School of Chemistry and Biochemistry, Center for Organic Photonics and Electronics (COPE), Georgia Institute of Technology, Atlanta, Georgia 30332-0400, United States'),
+(435,'Osman M. ','Bakr','Division of Physical Science and Engineering, King Abdullah University of Science and Technology, Thuwal 23955-6900, Kingdom of Saudi Arabia'),
+(436,'Jean-Luc','Bred́as','School of Chemistry and Biochemistry, Center for Organic Photonics and Electronics (COPE), Georgia Institute of Technology, Atlanta, Georgia 30332-0400, United States'),
+(437,'OmarF.','Mohammed','Division of Physical Science and Engineering, King Abdullah University of Science and Technology, Thuwal 23955-6900, Kingdom of Saudi Arabia'),
+(438,'Tan Doan','Huan','Institute of Engineering Physics, Hanoi University of Science and Technology'),
+(439,'Vu Ngoc','Tuoc','Institute of Engineering Physics, Hanoi University of Science and Technology'),
+(440,'Nguyen Viet','Minh','Institute of Engineering Physics, Hanoi University of Science and Technology'),
+(441,'Bogdan','Benin','ETH Zürich'),
+(442,'Dmitry','Dirin','ETH Zürich'),
+(443,'Viktoriia','Morad','ETH Zürich'),
+(444,'Michael','Wörle','ETH Zürich'),
+(445,'Sergii','Yakunin','ETH Zürich'),
+(446,'Gabriele','Rainò','ETH Zürich'),
+(447,'Olga','Nazarenko','ETH Zürich'),
+(448,'Markus','Fischer','ETH Zürich'),
+(449,'Ivan','Infante','Vrije Universiteit Amsterdam'),
+(450,'Maksym','Kovalenko','Empa - Swiss Federal Laboratories for Materials'),
+(451,'Guanhong','Wu','Fudan University'),
+(452,'Chenkun','Zhou','FAMU-FSU College of Engineering'),
+(453,'Wenmei','Ming','Oak Ridge National Laboratory'),
+(454,'Dan','Han','Oak Ridge National Laboratory'),
+(455,'Shiyou','Chen','East China Normal University'),
+(456,'Dong','Yang','Fudan University'),
+(457,'Mao-Hua','Du','Oak Ridge National Laboratory'),
+(458,'Biwu','Ma','FAMU-FSU College of Engineering'),
+(459,'Angang','Dong','Fudan University'),
+(460,'Zhao','Yuan','FAMU-FSU College of Engineering'),
+(461,'Haoran','Lin','FAMU-FSU College of Engineering'),
+(462,'Tristan','Dilbeck','Florida State University'),
+(463,'Joseph','Hurley','Florida State University'),
+(464,'Jennifer','Neu','FAMU-FSU College of Engineering'),
+(465,'Tiglet','Besara','FAMU-FSU College of Engineering'),
+(466,'Theo','Siegrist','FAMU-FSU College of Engineering'),
+(467,'Andreas','Lemmerer','University of the Witwatersrand'),
+(468,'David','Billing','University of the Witwatersrand'),
+(469,'S','Wang','University of Houston'),
+(470,'C','Feild','IBM T. J. Watson Research Center'),
+(471,'C','Chess','IBM T. J. Watson Research Center'),
+(472,'A','Guloy','University of Houston'),
+(473,'David G','Billing','Molecular Sciences Institute, School of Chemistry, University of the Witwatersrand'),
+(474,'Andreas ','Lemmerer','Molecular Sciences Institute, School of Chemistry, University of the Witwatersrand'),
+(475,'Shumin','Wang','University of Houston'),
+(476,'Chris','Feild','IBM T. J. Watson Research Center'),
+(477,'Arnold','Guloy','University of Houston'),
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+(480,'Vijayashree','Chakravarthy','University of Houston'),
+(481,'Christos','Dimitrakopoulos','IBM T. J. Watson Research Center'),
+(482,'Laura','Kosbar','IBM T. J. Watson Research Center'),
+(483,'Susan','Bourne','University of Cape Town'),
+(484,'Zelo','Mangombo','University of Cape Town'),
+(485,'Tianyang','Li','Duke University'),
+(486,'Andrew','Zeidell','Wake Forest University'),
+(487,'Gamze','Findik','North Carolina State University'),
+(488,'Wiley','Dunlap-Shohl','Duke University'),
+(489,'Julie','Euvrard','Duke University'),
+(490,'Kenan','Gundogdu','North Carolina State University'),
+(491,'Oana','Jurchescu','Wake Forest University'),
+(492,'Xu-Hui','Zhu','Ingénierie Moléculaire et Matériaux Organiques'),
+(493,'Nicolas','Mercier','Ingénierie Moléculaire et Matériaux Organiques'),
+(494,'Pierre','Frère','Groupe Systèmes Conjugués Linéaires'),
+(495,'Philippe','Blanchard','Groupe Systèmes Conjugués Linéaires'),
+(496,'Jean','Roncali','Groupe Systèmes Conjugués Linéaires'),
+(497,'Magali','Allain','Ingénierie Moléculaire et Matériaux Organiques'),
+(498,'Claude','Pasquier','Laboratoire de Physique des Solides'),
+(499,'Amédée','Riou','Ingénierie Moléculaire et Matériaux Organiques'),
+(500,'George','Volonakis','University of Oxford'),
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+(504,'Marina','Filip','University of Oxford'),
+(505,'Bernard','Wenger','University of Oxford'),
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+(509,'Mitchell','Bordelon','Colorado State University'),
+(510,'Elisa','Miller','National Renewable Energy Laboratory'),
+(511,'David','Scanlon','University College London'),
+(512,'Andreas ','Lemmerer','Molecular Sciences Institute, School of Chemistry, University of the Witwatersrand, Johannesburg, PO WITS 2050, South Africa.'),
+(513,'David G. ','Billing','Molecular Sciences Institute, School of Chemistry, University of the Witwatersrand, Johannesburg, PO WITS 2050, South Africa.'),
+(514,'Fengxia ','Wei','Department of Materials Science and Metallurgy, University of Cambridge'),
+(515,'Zeyu ','Deng','Department of Materials Science and Metallurgy, University of Cambridge'),
+(516,'Shijing ','Sun','Department of Materials Science and Metallurgy, University of Cambridge'),
+(517,'Fei ','Xie','Department of Materials Science and Metallurgy, University of Cambridge'),
+(518,'Gregor ','Kieslich','Department of Materials Science and Metallurgy, University of Cambridge'),
+(519,'Donald M. ','Evans','Department of Earth Sciences, University of Cambridge'),
+(520,'Michael A. ','Carpenter','Department of Earth Sciences, University of Cambridge'),
+(521,'Paul D. ','Bristowea','Department of Materials Science and Metallurgy, University of Cambridge'),
+(522,'Anthony K. ','Cheetham','Department of Materials Science and Metallurgy, University of Cambridge'),
+(523,'Yukari ','Takahashi','Ricoh Software Inc., Hakuyo-cho, Kitami 090-0013, Japan'),
+(524,'Rena','Obara','Ricoh Software Inc., Hakuyo-cho, Kitami 090-0013, Japan'),
+(525,'Kohei ','Nakagawa','Canon Inc., Inkjet Supply Material Development Center, Saiwai-ku, Kawasaki 212-8530, Japan.'),
+(526,'Masayuki ','Nakano','DOWA Semiconductor Akita Inc., 1 Sunada, Iijima, Akita 011-0911, Japan.'),
+(527,'Jun-ya',' Tokita','AsahiKASEI Chemicals Corporation, Nobeoka 882-0015, Japan.'),
+(528,'Tamotsu ','Inabe','DiVision of Chemistry, Graduate School of Science, Hokkaido UniVersity, Sapporo 060-0810, Japan'),
+(529,'Wei-Qiang ','Liao','Ordered Matter Science Research Center, Southeast University, Nanjing 211189, PR China'),
+(530,'Guang-Quan ','Mei','Key Laboratory of Jiangxi University for Applied Chemistry and Chemical Biology, Yichun University, Yichun 336000, China'),
+(531,'Heng-Yun ','Ye','Ordered Matter Science Research Center, Southeast University, Nanjing 211189, PR China'),
+(532,'Ying-Xuan ','Mei','Key Laboratory of Jiangxi University for Applied Chemistry and Chemical Biology, Yichun University, Yichun 336000, China'),
+(533,'Yi ','Zhang','Ordered Matter Science Research Center, Southeast University, Nanjing 211189, PR China'),
+(534,'Nicolas ','Mercier','ngénierie Moléculaire et Matériaux Organiques, UMR-CNRS 6501, 2 Bd Lavoisier, 49045 Angers, France'),
+(535,'Amédée ','Riou','ngénierie Moléculaire et Matériaux Organiques, UMR-CNRS 6501, 2 Bd Lavoisier, 49045 Angers, France'),
+(536,'Nicolas ','Mercier','Laboratoire de Chimie, Inge´nierie Mole´culaire et Mate´riaux d’Angers, UMR-CNRS 6200, UniVersite´ d’Angers 2 Bd LaVoisier, 49045 Angers, France'),
+(537,'Sylvain ','Poiroux','Laboratoire de Chimie, Inge´nierie Mole´culaire et Mate´riaux d’Angers, UMR-CNRS 6200, UniVersite´ d’Angers 2 Bd LaVoisier, 49045 Angers, France'),
+(538,'Ame´de´e ','Riou','Laboratoire de Chimie, Inge´nierie Mole´culaire et Mate´riaux d’Angers, UMR-CNRS 6200, UniVersite´ d’Angers 2 Bd LaVoisier, 49045 Angers, France'),
+(539,'Patrick ','Batail','Laboratoire de Chimie, Inge´nierie Mole´culaire et Mate´riaux d’Angers, UMR-CNRS 6200, UniVersite´ d’Angers 2 Bd LaVoisier, 49045 Angers, France'),
+(540,'Xu-Hui ','Zhu','Ingénierie Moléculaire et Matériaux Organiques, UMR-CNRS 6501, 2 Bd Lavoisier, 49045 Angers, France.'),
+(541,'Nicolas ','Mercier','Ingénierie Moléculaire et Matériaux Organiques, UMR-CNRS 6501, 2 Bd Lavoisier, 49045 Angers, France.'),
+(542,'Amédée ','Riou','Ingénierie Moléculaire et Matériaux Organiques, UMR-CNRS 6501, 2 Bd Lavoisier, 49045 Angers, France.'),
+(543,' Philippe ','Blanchard ','Ingénierie Moléculaire et Matériaux Organiques, UMR-CNRS 6501, 2 Bd Lavoisier, 49045 Angers, France.'),
+(544,'Pierre','Frère','Ingénierie Moléculaire et Matériaux Organiques, UMR-CNRS 6501, 2 Bd Lavoisier, 49045 Angers, France.'),
+(545,'Wei','Li','Department of Materials Science and Metallurgy, University of Cambridge'),
+(546,'A.',' Thirumurugan','School of Chemistry, Indian Institute of Science Education and Research (IISER-TVM)'),
+(547,'Phillip ','Barton','Materials Research Laboratory (MRL) and Materials Department, University of California, Santa Barbara'),
+(548,'Zheshuai','Lin','Beijing Center of Crystal R&D, Technical Institute of Physics and Chemistry, Chinese Academy of Sciences'),
+(549,'Sebastian','Henke','Department of Materials Science and Metallurgy, University of Cambridge'),
+(550,'Hamish','Yeung','Department of Materials Science and Metallurgy, University of Cambridge; International Center for Young Scientists (ICYS), International Center for Materials Nanoarchitectonics (WPI-MANA), National Institute for Materials Science'),
+(551,'Michael','Wharmby','Department of Materials Science and Metallurgy, University of Cambridge'),
+(552,'Erica','Bithell','Institute of Continuing Education, University of Cambridge'),
+(553,'Christopher','Howard','School of Engineering, University of Newcastle'),
+(554,'Anthony','Cheetham','Department of Materials Science and Metallurgy, University of Cambridge'),
+(555,'Di','Gui','School of Physics and Wuhan National Laboratory for Optoelectronics, Huazhong University of Science and Technology'),
+(556,'Lijun','Ji','School of Physics and Wuhan National Laboratory for Optoelectronics, Huazhong University of Science and Technology'),
+(557,'Azeem','Muhammad','School of Physics and Wuhan National Laboratory for Optoelectronics, Huazhong University of Science and Technology'),
+(558,'Wei','Li','School of Physics and Wuhan National Laboratory for Optoelectronics, Huazhong University of Science and Technology'),
+(559,'Weizhao','Cai','Department of Physics and Astronomy, University of Utah'),
+(560,'Yanchun','Li','Beijing Synchrotron Radiation Facility, Institute of High Energy Physics, Chinese Academy of Sciences'),
+(561,'Xiaodong','Li','Beijing Synchrotron Radiation Facility, Institute of High Energy Physics, Chinese Academy of Sciences'),
+(562,'Xiang','Wu','State Key Laboratory of Geological Processes and Mineral Resources, China University of Geosciences'),
+(563,'Peixiang','Lu','School of Physics and Wuhan National Laboratory for Optoelectronics, Huazhong University of Science and Technology; Laboratory for Optical Information Technology, Wuhan Institute of Technology'),
+(564,'Tao','Liu','State Key Laboratory of Rare Earth Materials Chemistry and Applications, College of Chemistry and Molecular Engineering, Peking UniVersity'),
+(565,'Yanjuan','Zhang','State Key Laboratory of Rare Earth Materials Chemistry and Applications, College of Chemistry and Molecular Engineering, Peking UniVersity'),
+(566,'Zheming','Wang','State Key Laboratory of Rare Earth Materials Chemistry and Applications, College of Chemistry and Molecular Engineering, Peking UniVersity'),
+(567,'Song','Gao','State Key Laboratory of Rare Earth Materials Chemistry and Applications, College of Chemistry and Molecular Engineering, Peking UniVersity'),
+(568,'Zheming','Wang','Peking University'),
+(569,'Xueyue','Zhang','Peking University'),
+(570,'Stuart','Batten','Monash University'),
+(571,'Mohamedally','Kurmoo','Universite´ Louis Pasteur'),
+(572,'Song','Gao','Peking University'),
+(573,'Xinyi','Wang','State Key Laboratory of Rare Earth Materials Chemistry and Applications & PKU-HKU Joint Laboratory on Rare Earth Materials and Bioinorganic Chemistry, College of Chemistry and Molecular Engineering, Peking UniVersity'),
+(574,'Lin','Gan','State Key Laboratory of Rare Earth Materials Chemistry and Applications & PKU-HKU Joint Laboratory on Rare Earth Materials and Bioinorganic Chemistry, College of Chemistry and Molecular Engineering, Peking UniVersity'),
+(575,'Shiwei','Zhang','State Key Laboratory of Rare Earth Materials Chemistry and Applications & PKU-HKU Joint Laboratory on Rare Earth Materials and Bioinorganic Chemistry, College of Chemistry and Molecular Engineering, Peking UniVersity'),
+(576,'Song','Gao','State Key Laboratory of Rare Earth Materials Chemistry and Applications & PKU-HKU Joint Laboratory on Rare Earth Materials and Bioinorganic Chemistry, College of Chemistry and Molecular Engineering, Peking UniVersity'),
+(577,'Majid ','Safdari','Applied Physical Chemistry, Department of Chemistry, KTH Royal Institute of Technology, SE-100 44, Stockholm, Sweden'),
+(578,'Per H. ','Svensson','SP Process Development, Forskargatan, 15121 Södertälje, Sweden,Applied Physical Chemistry, Department of Chemistry, KTH Royal Institute of Technology, SE-100 44, Stockholm, Sweden.'),
+(579,'Minh Tam ','Hoang','Department of Applied Chemistry, Kumoh National Institute of Technology, Gumi, Gyeongbuk, Korea'),
+(580,'Ilwhan',' Oh ','Department of Applied Chemistry, Kumoh National Institute of Technology, Gumi, Gyeongbuk, Korea'),
+(581,'Lars',' Kloo','Applied Physical Chemistry, Department of Chemistry, KTH Royal Institute of Technology, SE-100 44, Stockholm, Sweden.'),
+(582,'James M. ','Gardner','Applied Physical Chemistry, Department of Chemistry, KTH Royal Institute of Technology, SE-100 44, Stockholm, Sweden'),
+(583,'Georgios','Papavassiliou','National Hellenic Research Foundation'),
+(584,'Ioannis','Koutselas','National Hellenic Research Foundation'),
+(585,'Aris','Terzis','Institute for Materials Research'),
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+(587,'Georgios','Papavassili','National Hellenic Research Foundation'),
+(588,'Dimitrious','Lagouvardos','National Hellenic Research Foundation'),
+(589,'Bo','Huang','Sun Yat-Sen University'),
+(590,'Lin-Ying','Sun','Sun Yat-Sen University'),
+(591,'Sha-Sha','Wang','Sun Yat-Sen University'),
+(592,'Jian-Yu','Zhang','Sun Yat-Sen University'),
+(593,'Cheng-Min','Ji','Chinese Academy of Sciences'),
+(594,'Jun-Hua','Luo','Chinese Academy of Sciences'),
+(595,'Wei-Xiong','Zhang','Sun Yat-Sen University'),
+(596,'Xiao-Ming','Chen','Sun Yat-Sen University'),
+(597,'Xiu-Ni','Hua','Southeast University'),
+(598,'Ji-Xing','Gao','Southeast University'),
+(599,'Xiao-Gang','Chen','Southeast University'),
+(600,'Peng-Fei','Li','Nanchang University'),
+(601,'Guang-Quan','Mei','Yichun University'),
+(602,'Wei-Qiang','Liao','Southeast University'),
+(603,'Yu-Meng','You','Southeast University'),
+(604,'Dewei','Zhao',' University of Toledo'),
+(605,'Heng-Yun','Ye','Southeast University'),
+(606,'Yi','Zhang','Southeast University'),
+(607,'Qionghua','Zhou',' Southeast University'),
+(608,'Xianghong','Niu',' Southeast University'),
+(609,'Jinlan','Wang',' Southeast University'),
+(610,'Peng-Fei','Li','Southeast University'),
+(611,'Da-Wei','Fu','Southeast University'),
+(612,'Zheming','Wang',' Peking University'),
+(613,'Song','Gao',' Peking University'),
+(614,'Kunlun','Yang',' Nanjing University'),
+(615,'Jun-Ming','Liu',' Nanjing University'),
+(616,'Jiangyu','Li',' Shenzhen Institutes of Advanced Technology'),
+(617,'Yanfa','Yan',' University of Toledo'),
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+(619,'Chen','Xue','Nanjing Tech University'),
+(620,'Zhi-Yuan','Yao','Nanjing Tech University'),
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+(622,'Wen-Long','Liu','Yangzhou University'),
+(623,'Jian-Lan','Liu','Nanjing Tech University'),
+(624,'Xiao-Ming','Ren','Nanjing Tech University'),
+(625,'Alberto','Garcia-Fernandez','University of A Coruna'),
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+(633,'Alessandro','Stroppa','Shanghai University'),
+(634,'Manuel','Andujar','University of A Coruna'),
+(635,'Maria','Senaris-Rodriguez','University of A Coruna'),
+(636,'Meng-Lei','Wang','Nanjing Tech University'),
+(637,'Xuan-Rong','Chen','Yancheng Teachers University'),
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+(639,'Guo-Jun','Yuan','Nanjing Tech University'),
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+(648,'Rahul','Rahul','Department of Applied Sciences and Humanities, Jamia Millia Islamia, New Delhi 110025, India'),
+(649,'Pramod','K. Singh','Material Research Laboratory, School of Basic Sciences and Research, Sharda University, G. Noida, 201310, India'),
+(650,'Rahul','Singh','Material Research Laboratory, School of Basic Sciences and Research, Sharda University, G. Noida, 201310, India'),
+(651,'Vijay','Singh','Department of Chemical Engineering, Konkuk University, Seoul, 143-701, Republic of Korea'),
+(652,'B.','Battacharya','Material Research Laboratory, School of Basic Sciences and Research, Sharda University, G. Noida, 201310, India'),
+(653,'Zishan','H. Khan','Department of Applied Sciences and Humanities, Jamia Millia Islamia, New Delhi 110025, India'),
+(654,'Min-Cherl','Jung','Energy Materials and Surface Sciences Unit (EMSS), Okinawa Institute of Science and Technology Graduate University (OIST), 1919-1 Tancha, Onna-son, Okinawa, Japan'),
+(655,'Sonia','R. Raga','Energy Materials and Surface Sciences Unit (EMSS), Okinawa Institute of Science and Technology Graduate University (OIST), 1919-1 Tancha, Onna-son, Okinawa, Japan'),
+(656,'Yabing','Qi','Energy Materials and Surface Sciences Unit (EMSS), Okinawa Institute of Science and Technology Graduate University (OIST), 1919-1 Tancha, Onna-son, Okinawa, Japan'),
+(657,'Dhanashree','Moghe et al.','Department of Chemical Engineering and Materials Science, Michigan State University, East Lansing, MI 48824, USA'),
+(658,'Meng','Zhang et al.','Nanomaterials Centre, School of Chemical Engineering and AIBNThe University of QueenslandSt Lucia, BrisbaneAustralia'),
+(659,'Ze-long','Xiao et al.','Department of Polymer Science and Engineering, State Key Lab of Silicon Materials, Zhejiang University, Hangzhou 310027, China'),
+(660,'Marie-Hélène','Tremblay','Center for Organic Photonics and Electronics (COPE), School of Chemistry and Biochemistry, Georgia Institute of Technology,'),
+(661,'John ','Bacsa','Crystallography Lab, Emory University'),
+(662,'Boqin ','Zhao','Center for Organic Photonics and Electronics (COPE), School of Chemistry and Biochemistry, Georgia Institute of Technology'),
+(663,'Federico','Pulvirenti','Center for Organic Photonics and Electronics (COPE), School of Chemistry and Biochemistry, Georgia Institute of Technology'),
+(664,'Stephen ','Barlow,','Center for Organic Photonics and Electronics (COPE), School of Chemistry and Biochemistry, Georgia Institute of Technology'),
+(665,'Seth R','Marder','Center for Organic Photonics and Electronics (COPE), School of Chemistry and Biochemistry, Georgia Institute of Technology'),
+(666,'Xiaotong ','Li','Department of Chemistry and Light Energy Activated Redox Processes Center, Northwestern University'),
+(667,'Justin ','Hoffman','Department of Chemistry and Light Energy Activated Redox Processes Center, Northwestern University, Los Alamos National Laboratory'),
+(668,'Weijun','Ke','Department of Chemistry and Light Energy Activated Redox Processes Center, Northwestern University'),
+(669,'Michelle ','Chen','Department of Chemistry and Light Energy Activated Redox Processes Center, Northwestern University'),
+(670,'Hsinhan ','Tsai','Los Alamos National Laboratory'),
+(671,'Wanyi ','Nie','Los Alamos National Laboratory'),
+(672,'Aditya D. ','Mohite','Department of Chemical and Biomolecular Engineering, Rice University'),
+(673,'Mikaël ','Kepenekian','Univ Rennes, ENSCR, INSA Rennes, CNRS, ISCR (Institut des Sciences Chimiques de Rennes) '),
+(674,'Claudine ','Katan','Univ Rennes, ENSCR, INSA Rennes, CNRS, ISCR (Institut des Sciences Chimiques de Rennes) '),
+(675,'Jacky ','Even','Univ Rennes, INSA Rennes, CNRS, Institut FOTON'),
+(676,'Michael R. ','Wasielewski','Department of Chemistry and Light Energy Activated Redox Processes Center, Northwestern University'),
+(677,'Constantinos C. ','Stoumpos','Department of Chemistry and Light Energy Activated Redox Processes Center, Northwestern University'),
+(678,'Mercouri G. ','Kanatzidis','Department of Chemistry and Light Energy Activated Redox Processes Center, Northwestern University'),
+(679,'Xiaolei','Li et al.','Key Laboratory of Low Dimensional Materials and Application Technology of Ministry of Education, School of Materials Science and Engineering, Xiangtan University, Xiangtan 411105, People’s Republic of China'),
+(680,'Miaoqiang','Lyu et al.',' Nanomaterials Centre, School of Chemical Engineering and AIBN, The University of Queensland, St Lucia, Brisbane, QLD 4072, Australia '),
+(681,'Karunakara Moorthy','Boopathi et al.','Research Center for Applied Science, Academia Sinica, Taipei 115, Taiwan'),
+(682,'Xiaotong ','Li','Department of Chemistry, Northwestern University, Illinois 60208, United States'),
+(683,'Weijun ','Ke','Department of Chemistry, Northwestern University, Illinois 60208, United States'),
+(684,'Boubacar ','Traoré','Univ Rennes, INSA Rennes, CNRS, Institut FOTON, UMR 6082, Rennes F-35000, France'),
+(685,'Peijun ','Guo','Center for Nanoscale Materials, Argonne National Laboratory, Illinois 60439, United States'),
+(686,'Ido ','Hadar','Department of Chemistry, Northwestern University, Illinois 60208, United States'),
+(687,'Mikael ','Kepenekian','Univ Rennes, ENSCR, INSA Rennes, CNRS, ISCR (Institut des Sciences Chimiques de Rennes), UMR 6226, Rennes F-35000, France'),
+(688,'Jacky ','Even','Univ Rennes, INSA Rennes, CNRS, Institut FOTON, UMR 6082, Rennes F-35000, France'),
+(689,'Claudine ','Katan','Univ Rennes, ENSCR, INSA Rennes, CNRS, ISCR (Institut des Sciences Chimiques de Rennes), UMR 6226, Rennes F-35000, France'),
+(690,'Constantinos C.',' Stoumpos','Department of Materials Science and Technology, Voutes Campus, University of Crete, Heraklion GR-70013, Greece'),
+(691,'Richard D. ','Schaller','Center for Nanoscale Materials, Argonne National Laboratory, Illinois 60439, United States'),
+(692,'Mercouri G. ','Kanatzidis','Department of Chemistry, Northwestern University, Illinois 60208, United States'),
+(693,'Yao','Gao','Charles D. Davidson School of Chemical Engineering, Purdue University, West Lafayette, IN, USA'),
+(694,'Enzheng','Shi','Charles D. Davidson School of Chemical Engineering, Purdue University, West Lafayette, IN, USA'),
+(695,'Shibin','Deng','Department of Chemistry, Purdue University, West Lafayette, IN, USA'),
+(696,'Stephen B.','Shiring','Charles D. Davidson School of Chemical Engineering, Purdue University, West Lafayette, IN, USA'),
+(697,'Jordan M.','Snaider','Department of Chemistry, Purdue University, West Lafayette, IN, USA'),
+(698,'Chao','Liang','School of Physical Science and Technology, ShanghaiTech University, Shanghai, China'),
+(699,'Biao','Yuan','School of Physical Science and Technology, ShanghaiTech University, Shanghai, China'),
+(700,'Ruyi','Song','Department of Chemistry, Duke University, Durham, NC, USA'),
+(701,'Svenja M.','Janke','Department of Mechanical Engineering and Materials Science, Duke University, Durham, NC, USA'),
+(702,'Alexander','Leibman-Peláez','Advanced Light Source, Lawrence Berkeley National Laboratory, Berkeley, CA, USA; Department of Physics, University of California, Berkeley, CA, USA'),
+(703,'Pilsun','Yoo','School of Materials Engineering, Purdue University, West Lafayette, IN, USA'),
+(704,'Matthias','Zeller','Department of Chemistry, Purdue University, West Lafayette, IN, USA'),
+(705,'Bryan W.','Boudouris','Charles D. Davidson School of Chemical Engineering, Purdue University, West Lafayette, IN, USA; Department of Chemistry, Purdue University, West Lafayette, IN, USA'),
+(706,'Peilin','Liao','School of Materials Engineering, Purdue University, West Lafayette, IN, USA'),
+(707,'Chenhui','Zhu','Advanced Light Source, Lawrence Berkeley National Laboratory, Berkeley, CA, USA'),
+(708,'Volker','Blum','Department of Chemistry, Duke University, Durham, NC, USA; Department of Mechanical Engineering and Materials Science, Duke University, Durham, NC, USA'),
+(709,'Yi','Yu','School of Physical Science and Technology, ShanghaiTech University, Shanghai, China'),
+(710,'Brett M.','Savoie','Charles D. Davidson School of Chemical Engineering, Purdue University, West Lafayette, IN, USA'),
+(711,'Libai','Huang','Department of Chemistry, Purdue University, West Lafayette, IN, USA'),
+(712,'Letian','Dou','Charles D. Davidson School of Chemical Engineering, Purdue University, West Lafayette, IN, USA'),
+(713,'Tanja ','Schmitt','Cavendish Laboratory, University of Cambridge, Cambridge CB3 0HE, United Kingdom'),
+(714,'Sean ','Bourelle','Cavendish Laboratory and Cambridge Graphene Centre, University of Cambridge, Cambridge CB3 0HE, United Kingdom'),
+(715,'Nathaniel',' Tye','Cavendish Laboratory and Cambridge Graphene Centre, University of Cambridge, Cambridge CB3 0HE, United Kingdom'),
+(716,'Giancarlo ','Soavi','Cambridge Graphene Centre, University of Cambridge, Cambridge CB3 0FA, United Kingdom'),
+(717,'Andrew D.',' Bond','Department of Chemistry, University of Cambridge, Cambridge CB2 1EW, United Kingdom'),
+(718,'Sascha ','Feldmann','Cavendish Laboratory, University of Cambridge, Cambridge CB3 0HE, United Kingdom'),
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+(720,'Claudine ','Katan','Institut des Sciences Chimiques de Rennes, Universitéde Rennes 1, F-35700 Rennes, France'),
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+(739,'Hemamala I.','Karunadasa','Department of Chemistry, Stanford University, Stanford, CA 94305, USA'),
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+(748,'Kang Min','Ok','Chung-Ang University'),
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+(791,'Yao ','Gao','Charles D. Davidson School of Chemical Engineering, Purdue University, West Lafayette, Indiana 47907, United States'),
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+(813,'Ana Flávia','Nogueira',''),
+(814,'Enzheng','Shi','Davidson School of Chemical Engineering, Purdue University, West Lafayette, IN, USA.'),
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+(825,'Hong','Chen',''),
+(826,'Jia','Lin',''),
+(827,'Joohoon','Kang',''),
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+(834,'Jianbo','Jin',''),
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+(836,'Peidong','Yang',''),
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+(873,'Chan Myae Myae','Soe',''),
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+(875,'Mikaël','Kepenekian',''),
+(876,'Boubacar','Traoré',''),
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+(882,'Aditya D.','Mohite',''),
+(883,'Jacky','Even',''),
+(884,'Tobin J.','Marks',''),
+(885,'Mercouri G.','Kanatzidis',''),
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+(888,'Jino','Im',''),
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+(902,'Yaobin ','Li','Chinese Academy of Scinences'),
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+(904,'Junhua ','Luo',''),
+(905,'Zhihua','Sun',''),
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+(948,'Tianyang','Li',''),
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+(981,'Collin F.','Perkinson',''),
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+(1058,'Eli','Zysman-Colman',''),
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+(1064,'Meng-Ju','Sher',''),
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+(1084,'Aditya D.','Mohite','Department of Chemical and Biomolecular Engineering, Rice University, Houston, Texas'),
+(1085,'Yinyan','Li',''),
+(1086,'Cuikun','Lin',''),
+(1087,'Guoli','Zheng',''),
+(1088,'Jun','Lin',''),
+(1089,'Byung-Wook','Park',''),
+(1090,'Bertrand','Philippe',''),
+(1091,'Xiaoliang','Zhang',''),
+(1092,'Håkan','Rensmo',''),
+(1093,'Gerrit ','Boschloo',''),
+(1094,'Erik M. J.','Johansson',''),
+(1095,'Lingling','Mao','Department of Chemistry, Northwestern University, Evanston, Illinois; Materials Department and Materials Research Laboratory, Department of Chemistry and Biochemistry, University of California, Santa Barbara, California'),
+(1096,'Peijun','Guo','Center for Nanoscale Materials, Argonne National Laboratory, Lemont, Illinois'),
+(1097,'Ioannis','Spanopoulos','Department of Chemistry, Northwestern University, Evanston, Illinois'),
+(1098,'Yihui','He','Department of Chemistry, Northwestern University, Evanston, Illinois'),
+(1099,'Richard D.','Schaller','Department of Chemistry, Northwestern University, Evanston, Illinois; Center for Nanoscale Materials, Argonne National Laboratory, Lemont, Illinois'),
+(1100,'Ram','Seshadri','Materials Department and Materials Research Laboratory, Department of Chemistry and Biochemistry, University of California, Santa Barbara, California'),
+(1101,'Constantinos C.','Stoumpos','Department of Chemistry, Northwestern University, Evanston, Illinois'),
+(1102,'Mercouri G.','Kanatzidis',' Department of Chemistry, Northwestern University, Evanston, Illinois'),
+(1103,'Zhengtao','Xu',''),
+(1104,'David R.','Medeiros',''),
+(1105,'Zhang-Jing','Zhang',''),
+(1106,'Guo-Cong','Guo',''),
+(1107,'Gang','Xu',''),
+(1108,'Ming-Lai','Fu',''),
+(1109,'Jian-Ping','Zou',''),
+(1110,'Jin-Shun','Huang',''),
+(1111,'Patrick R. L.','Malenfant',''),
+(1112,'Benny','Febriansyah','Energy Research Institute at Nanyang Technological University (ERI@N); Interdiscipinary Graduate School (IGS), Nanyang Technological University; Division of Chemistry and Biological Chemistry, School of Physical and Mathematical Sciences, Nanyang Technological University'),
+(1113,'Teck Ming','Koh','Energy Research Institute at Nanyang Technological University (ERI@N)'),
+(1114,'Yulia','Lekina','Division of Physics and Applied Physics, School of Physical and Mathematical Sciences, Nanyang Technological University'),
+(1115,'Nur Fadilah','Jamaludin','Energy Research Institute at Nanyang Technological University (ERI@N); Interdiscipinary Graduate School (IGS), Nanyang Technological University; School of Materials Science and Engineering, Nanyang Technological University'),
+(1116,'Annalisa','Bruno','Energy Research Institute at Nanyang Technological University (ERI@N)'),
+(1117,'Ze Xiang','Shen','Division of Physics and Applied Physics, School of Physical and Mathematical Sciences, Nanyang Technological University'),
+(1118,'Subodh G.','Mhaisalkar','Energy Research Institute at Nanyang Technological University (ERI@N); School of Materials Science and Engineering, Nanyang Technological University'),
+(1119,'Jason','England','Division of Chemistry and Biological Chemistry, School of Physical and Mathematical Sciences, Nanyang Technological University'),
+(1120,'Julian','Gebhardt','Makineni Theoretical Laboratories, Department of Chemistry, University of Pennsylvania, Philadelphia, Pennsylvania'),
+(1121,'Youngkuk','Kim','Makineni Theoretical Laboratories, Department of Chemistry, University of Pennsylvania, Philadelphia, Pennsylvania'),
+(1122,'Andrew M.','Rappe','Makineni Theoretical Laboratories, Department of Chemistry, University of Pennsylvania, Philadelphia, Pennsylvania'),
+(1123,'Daniel ','B. Straus',''),
+(1124,'Sebastian ','Hurtado Parra',''),
+(1125,'Natasha ','Iotov',''),
+(1126,'Julian ','Gebhardt',''),
+(1127,'Andrew','M. Rappe',''),
+(1128,'Joseph','E. Subotnik',''),
+(1129,'James','M. Kikkawa',''),
+(1130,'Cherie','R. Kagan ',''),
+(1131,'Connor G.','Bischak',''),
+(1132,' Craig','L. Hetherington',''),
+(1133,'Hao','Wu',''),
+(1134,'Shaul ','Aloni',''),
+(1135,'D. ','Frank Ogletree',''),
+(1136,'David T.','Limmer',''),
+(1137,'Naomi S.','Ginsberg',''),
+(1138,'Yuyang','Tian',''),
+(1139,'Yulu ',' Li',''),
+(1140,'Baoquan','Chen',''),
+(1141,'Runchen','Lai',''),
+(1142,'Shan ','He',''),
+(1143,'Xiao','Luo',''),
+(1144,'Yaoyao','Han',''),
+(1145,'Yi','Wei',''),
+(1146,'Kaifeng','Wu',''),
+(1147,'Chuang','Zhang',''),
+(1148,'Haoliang','Liu',''),
+(1149,'Ryan','McLaughlin',''),
+(1150,'Yaxin','Zhai',''),
+(1151,'Shai','R. Vardeny',''),
+(1152,'Xiaojie','Liu',''),
+(1153,'Stephen ','McGill',''),
+(1154,'Dmitry','Semenov',''),
+(1155,'Hangwen ','Guo',''),
+(1156,'Ryuichi','Tsuchikawa',''),
+(1157,'Vikram','V. Deshpande',''),
+(1158,'Dali','Sun',''),
+(1159,'Z. Valy','Vardeny',''),
+(1160,'Jiaying','Liu',''),
+(1161,'Jiangjian','Shi',''),
+(1162,'Dongmei','Li',''),
+(1163,'Fei','Zhang',''),
+(1164,'Xianggao','Li',''),
+(1165,'Yin','Xiao',''),
+(1166,'Shirong','Wang',''),
+(1167,'Dewei ','Ma','Department of Chemistry, University of Wisconsin-Madison, Madison, Wisconsin 53706, United States;  Department of Applied Physics, Zhejiang University of Technology, Hangzhou 310014, China'),
+(1168,'Yongping','Fu','Department of Chemistry, University of Wisconsin-Madison, Madison, Wisconsin 53706, United States'),
+(1169,'Lianna','Dang','Department of Chemistry, University of Wisconsin-Madison, Madison, Wisconsin 53706, United States'),
+(1170,'Jianyuan','Zhai','Department of Chemistry, University of Wisconsin-Madison, Madison, Wisconsin 53706, United States'),
+(1171,'Ilia A.','Guzei','Department of Chemistry, University of Wisconsin-Madison, Madison, Wisconsin 53706, United States'),
+(1172,'Song','Jin','Department of Chemistry, University of Wisconsin-Madison, Madison, Wisconsin 53706, United States'),
+(1173,'Joseph C.','Calabrese','Central Research and Development Department,  E.I. du Pont de Nemours & Company'),
+(1174,'Nancy L.','Jones','Central Research and Development Department,  E.I. du Pont de Nemours & Company'),
+(1175,'Richard L.','Harlow','Central Research and Development Department,  E.I. du Pont de Nemours & Company'),
+(1176,'Norman','Herron','Central Research and Development Department,  E.I. du Pont de Nemours & Company'),
+(1177,'David L.','Thorn','Central Research and Development Department,  E.I. du Pont de Nemours & Company'),
+(1178,'Y.','Wang','Central Research and Development Department,  E.I. du Pont de Nemours & Company'),
+(1179,'Daniel B.','Straus','Department of Chemistry, University of Pennsylvania, Philadelphia, Pennsylvania'),
+(1180,'Natasha','Iotov','Department of Physics, University of Pennsylvania, Philadelphia, Pennsylvania'),
+(1181,'Michael R.','Gau','Department of Chemistry, University of Pennsylvania, Philadelphia, Pennsylvania'),
+(1182,'Qinghua','Zhao','Department of Chemistry, University of Pennsylvania, Philadelphia, Pennsylvania'),
+(1183,'Patrick J.','Carroll','Department of Chemistry, University of Pennsylvania, Philadelphia, Pennsylvania'),
+(1184,'Cherie R.','Kagan','Department of Chemistry, Electrical and Systems Engineering, and Materials Science and Engineering, University of Pennsylvania, Philadelphia, Pennsylvania'),
+(1185,'Alberto','Fraccarollo','Dipartimento di Scienze e Innovazione Tecnologica (DISIT), Università del Piemonte Orientale, via T. Michel 11, I-15121 Alessandria, Italy'),
+(1186,'Valentina','Cantatore','Dipartimento di Scienze e Innovazione Tecnologica (DISIT), Università del Piemonte Orientale, via T. Michel 11, I-15121 Alessandria, Italy'),
+(1187,'Gabriele','Boschetto','Dipartimento di Scienze e Innovazione Tecnologica (DISIT), Università del Piemonte Orientale, via T. Michel 11, I-15121 Alessandria, Italy'),
+(1188,'Leonardo','Marchese','Dipartimento di Scienze e Innovazione Tecnologica (DISIT), Università del Piemonte Orientale, via T. Michel 11, I-15121 Alessandria, Italy'),
+(1189,'Maurizio','Cossi','Dipartimento di Scienze e Innovazione Tecnologica (DISIT), Università del Piemonte Orientale, via T. Michel 11, I-15121 Alessandria, Italy'),
+(1190,'Lina','Li','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences, Fuzhou, Fujian 350002, China'),
+(1191,'Xiaoying','Shang','CAS Key Laboratory of Design and Assembly of Functional Nanostructures, and Fujian Key Laboratory of Nanomaterials, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences, Fuzhou, Fujian 350002, China'),
+(1192,'Sasa','Wang','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences, Fuzhou, Fujian 350002, China'),
+(1193,'Ningning','Dong','Key Laboratory of Materials for High-Power Laser, Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences, Shanghai 201800, China'),
+(1194,'Chengmin','Ji','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences, Fuzhou, Fujian 350002, China'),
+(1195,'Xueyuan','Chen','CAS Key Laboratory of Design and Assembly of Functional Nanostructures, and Fujian Key Laboratory of Nanomaterials, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences, Fuzhou, Fujian 350002, China'),
+(1196,'Sangen','Zhao','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences, Fuzhou, Fujian 350002, China'),
+(1197,'Jun','Wang','Key Laboratory of Materials for High-Power Laser, Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences, Shanghai 201800, China'),
+(1198,'Zhihua','Sun','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences, Fuzhou, Fujian 350002, China'),
+(1199,'Maochun','Hong','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences, Fuzhou, Fujian 350002, China'),
+(1200,'Junhua','Luo','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences, Fuzhou, Fujian 350002, China'),
+(1201,'Tianyang','Li','Department of Mechanical Engineering & Materials Science, Duke University'),
+(1202,'Manoj K. ','Jana','Department of Mechanical Engineering and Materials Science, Duke University, Durham, NC 27708, USA'),
+(1203,'Ruyi ','Song','Department of Chemistry, Duke University, Durham, NC 27708, USA'),
+(1204,'Haoliang ','Liu','Department of Physics and Astronomy, University of Utah, Salt Lake City, UT 84112, USA'),
+(1205,'Dipak Raj ','Khanal','Department of Physics and Astronomy, University of Utah, Salt Lake City, UT 84112, USA'),
+(1206,'Svenja M. ','Janke','Department of Mechanical Engineering and Materials Science, and Department of Chemistry, Duke University, Durham, NC 27708, USA'),
+(1207,'Rundong ','Zhao','Department of Chemistry, Duke University, Durham, NC 27708, USA'),
+(1208,'Chi ','Liu','Department of Chemistry, Duke University, Durham, NC 27708, USA'),
+(1209,'Z. Valy ','Vardeny','Department of Physics and Astronomy, University of Utah, Salt Lake City, UT 84112, USA'),
+(1210,'Volker ','Blum','Department of Mechanical Engineering and Materials Science, and Department of Chemistry, Duke University, Durham, NC 27708, USA'),
+(1211,'David B. ','Mitzi','Department of Mechanical Engineering and Materials Science, and Department of Chemistry, Duke University, Durham, NC 27708, USA'),
+(1212,'Heng-Yun','Ye',''),
+(1213,'Wei-Qiang','Liao',''),
+(1214,'Chun-Li','Hu',''),
+(1215,'Yi','Zhang',''),
+(1216,'Yu-Meng','You',''),
+(1217,'Jiang-Gao','Mao',''),
+(1218,'Peng-Fei','Li',''),
+(1219,'Zhengtao','Xu','IBM T. J. Watson Research Center'),
+(1220,'Karen','Maxcy','IBM T. J. Watson Research Center'),
+(1221,'Xitao','Liu','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences, Fuzhou, Fujian 350002, China'),
+(1222,'Yaobin','Li','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences, Fuzhou, Fujian 350002, China; University of Chinese Academy of Sciences'),
+(1223,'Zhiyun','Xu','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences, Fuzhou, Fujian 350002, China; University of Chinese Academy of Sciences'),
+(1224,'Zhenyue','Wu','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences, Fuzhou, Fujian 350002, China; University of Chinese Academy of Sciences'),
+(1225,'Shiguo','Han','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences, Fuzhou, Fujian 350002, China; University of Chinese Academy of Sciences'),
+(1226,'Kewen','Tao','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences, Fuzhou, Fujian 350002, China; University of Chinese Academy of Sciences'),
+(1227,'Sudhir ','Kumar','Institute for Chemical and Bioengineering, ETH Zürich, 8093 Zürich, Switzerland'),
+(1228,'Jakub ','Jagielski','Department of Materials Science and Engineering, Seoul National University, 08826, Korea.'),
+(1229,'Nikolaos ','Kallikounis','Department of Materials Science and Engineering, Pohang University of Science and Technology (POSTECH), Pohang, Gyungbuk, 790-784, Republic of Korea'),
+(1230,'Young-Hoon','Kim','Department of Chemical Engineering and Materials Science, Yuan Ze University, Taoyuan 320, Taiwan'),
+(1231,'Christoph','Wolf',''),
+(1232,'Florian','Jenny',''),
+(1233,'Tian','Tian',''),
+(1234,'Corinne J.','Hofer',''),
+(1235,'Yu-Cheng','Chiu',''),
+(1236,'Wendelin J.','Stark',''),
+(1237,'Tae-Woo','Lee',''),
+(1238,'Chih-Jen','Shih',''),
+(1239,'Xiaoli','Zhang','Department of Electrical & Electronic Engineering, Southern University of Science and Technology, Shenzhen 518055, China'),
+(1240,'Weigao','Wang','School of Power and Mechanical Engineering, Wuhan University, Wuhan 430072, China'),
+(1241,'Bing','Xu','School of Science, Tianjin University, Tianjin 300072, China'),
+(1242,'Sheng','Liu','Tianjin Zhonghuan Quantum Tech Co., Ltd. (ZH-Qtech), Tianjin 300358, China'),
+(1243,'Haiitao','Dai',''),
+(1244,'Dun','Bian',''),
+(1245,'Shuming','Chen',''),
+(1246,'Kai','Wang',''),
+(1247,'Xiao Wei','Sun',''),
+(1248,'Ziming','Chen',''),
+(1249,'Chongyang','Zhang',''),
+(1250,'Xiao-Fang','Jiang',''),
+(1251,'Meiyue','Liu',''),
+(1252,'Ruoxi','Xia',''),
+(1253,' Tingting','Shi',''),
+(1254,'Dongcheng','Chen',''),
+(1255,'Qifan','Xue',''),
+(1256,'YuJun','Zhao',''),
+(1257,'Shijian','Su',''),
+(1258,' Hin-Lap','Yip',''),
+(1259,' Yong ','Cao',''),
+(1260,'Xiaohua','Cheng',''),
+(1261,'Lin','Jing',''),
+(1262,'Ye','Yuan',''),
+(1263,'Songjie','Du',''),
+(1264,'Qing ','Yao',''),
+(1265,'Jie ','Zhang',''),
+(1266,'Jianxu ','Ding',''),
+(1267,'Tianliang ','Zhou',''),
+(1268,'Yuan-Yuan','Tang',''),
+(1269,'Mikaël','Kepenekian','Univ. Rennes, ENSCR, INSA Rennes, CNRS, ISCR (Institut des Sciences Chimiques de Rennes)'),
+(1270,'Claudine','Katan','Univ. Rennes, ENSCR, INSA Rennes, CNRS, ISCR (Institut des Sciences Chimiques de Rennes)'),
+(1271,'Jacky','Even','Univ. Rennes, INSA Rennes, CNRS, Institut FOTON'),
+(1272,'Liang-Jin','Xu','Department of Chemistry and Biochemistry, Florida State University'),
+(1273,'Haoran','Lin','Department of Chemistry and Biochemistry, Florida State University'),
+(1274,'Sujin','Lee','Department of Chemistry and Biochemistry, Florida State University'),
+(1275,'Chenkun','Zhou','Department of Chemical and Biomedical Engineering, FAMU-FSU College of Engineering'),
+(1276,'Michael','Worku','Materials Science and Engineering Program, Florida State University, Tallahassee'),
+(1277,'Maya','Chaaban','Department of Chemistry and Biochemistry, Florida State University, Tallahassee'),
+(1278,'Qingquan','He','Department of Chemistry and Biochemistry, Florida State University'),
+(1279,'Anna','Plaviak','Department of Chemistry and Biochemistry, Florida State University'),
+(1280,'Xinsong','Lin','Department of Chemistry and Biochemistry, Florida State University'),
+(1281,'Banghao','Chen','Department of Chemistry and Biochemistry, Florida State University'),
+(1282,'Mao-Hua','Du','Materials Science and Technology Division, Oak Ridge National Laboratory'),
+(1283,'Biwu','Ma','Department of Chemistry and Biochemistry, Florida State University'),
+(1284,'David B. ','Mitzi','IBM T. J. Watson Research Center'),
+(1285,'Dandan ','Zhang',''),
+(1286,'Samuel W.','Eaton',''),
+(1287,'Alexey O.','Polyakov',''),
+(1288,'Anne H.','Arkenbout',''),
+(1289,'Jacob','Baas',''),
+(1290,'Graeme R.','Blake',''),
+(1291,'Auke','Meetsma',''),
+(1292,'Antonio ','Caretta',''),
+(1293,'Paul H. M.','van Loosdrecht',''),
+(1294,'Thomas T. M.','Palstra',''),
+(1295,'Jun','Xi','Global Frontier Center for Multiscale Energy Systems, Seoul National University'),
+(1296,'Kijoon','Bang','Global Frontier Center for Multiscale Energy Systems, Seoul National University'),
+(1297,'Jie','Xu','Key Laboratory for Physical Electronics and Devices of the Ministry of Education & Shaanxi Key Lab of Information Photonic Technique, School of Electronic and Information Engineering, Xi’an Jiaotong University'),
+(1298,'Hua','Dong','Key Laboratory for Physical Electronics and Devices of the Ministry of Education & Shaanxi Key Lab of Information Photonic Technique, School of Electronic and Information Engineering, Xi’an Jiaotong University'),
+(1299,'Yingguo','Yang','Shanghai Synchrotron Radiation Facility, Shanghai Institute of Applied Physics, Chinese Academy of Sciences'),
+(1300,'Justin M.','Hoffman','Department of Chemistry, Northwestern University'),
+(1301,'Mercouri','Kanatzidis','Department of Chemistry, Northwestern University'),
+(1302,'Zhaoxin','Wu','Key Laboratory for Physical Electronics and Devices of the Ministry of Education & Shaanxi Key Lab of Information Photonic Technique, School of Electronic and Information Engineering, Xi’an Jiaotong University'),
+(1303,'Yongping','Fu','Department of Chemistry, Northwestern University'),
+(1304,'Laurent','Pedesseau','− Univ Rennes, INSA Rennes, CNRS, Institut FOTON'),
+(1305,'Shelby','Cuthriell','Department of Chemistry, Northwestern University'),
+(1306,'Jacky','Even','− Univ Rennes, INSA Rennes, CNRS, Institut FOTON'),
+(1307,'Richard D.','Schaller','Department of Chemistry, Northwestern University'),
+(1308,'Elad','Harel','Department of Chemistry, Michigan State University'),
+(1309,'Daiki','Umeyama','Department of Chemistry, Stanford University; International Center for Materials Nanoarchitectonics, National Institute for Materials Science'),
+(1310,'Bridget A.','Connor','Department of Chemistry, Stanford University'),
+(1311,'Mary Anne','Manumpil','Department of Chemistry, Stanford University'),
+(1312,'Jeffrey B.','Neaton','Molecular Foundry, Lawrence Berkeley National Laboratory; Department of Physics,University of California Berkeley; Kavli Energy NanoScience, Institute at Berkeley'),
+(1313,'Hemamala I.','Karunadasa','Department of Chemistry, Stanford University; Stanford Institute for Materials and Energy Sciences, SLAC National Accelerator Laboratory'),
+(1314,'Javier','Urieta-Mora','Departamento Química Orgánica, Facultad C. C. Químicas, Universidad Complutense de Madrid'),
+(1315,'Inés','García-Benito','Group for Molecular Engineering of Functional Materials and Laboratory for Photonics and Interfaces EPFL VALAIS, Sion, Switzerland'),
+(1316,'Iwan','Zimmermann','Group for Molecular Engineering of Functional Materials and Laboratory for Photonics and Interfaces EPFL VALAIS, Sion, Switzerland'),
+(1317,'Juan','Aragó','Instituto de Ciencia Molecular, Universidad de Valencia, Paterna, Spain'),
+(1318,'Agustín','Molina-Ontoria','IMDEA-Nanociencia, C/Faraday 9, Ciudad Universitaria de Cantoblanco, Madrid, Spain'),
+(1319,'Enrique','Ortí','Instituto de Ciencia Molecular, Universidad de Valencia, Paterna, Spain'),
+(1320,'Nazario','Martín','Departamento Química Orgánica, Facultad C. C. Químicas, Universidad Complutense de Madrid'),
+(1321,'Mohammad Khaja','Nazeeruddin','Group for Molecular Engineering of Functional Materials and Laboratory for Photonics and Interfaces EPFL VALAIS, Sion, Switzerland'),
+(1322,'Adam J.','Matzger','Department of Chemistry and the Macromolecular Science and Engineering Program, University of Michigan'),
+(1323,'John T.','Henssler','Department of Chemistry and the Macromolecular Science and Engineering Program, University of Michigan'),
+(1324,'Shibin ','Deng',''),
+(1325,'Enzheng ','Shi',''),
+(1326,'Long','Yaun',''),
+(1327,'Linrui','Jin',''),
+(1328,'Libai ','Huang',''),
+(1329,'Wenzhe','Li',''),
+(1330,'Cuiling','Zhang',''),
+(1331,'Yinping ','Ma',''),
+(1332,'Chong','Liu',''),
+(1333,'Jiandong','Fan',''),
+(1334,'Yaohua','Mai',''),
+(1335,'Ruud','E. I Schropp',''),
+(1336,'Ting','Zhao','Department of Materials Science and Engineering, University of Washington, Seattle, Washington'),
+(1337,'Chu-Chen','Chueh','Department of Materials Science and Engineering, University of Washington, Seattle, Washington'),
+(1338,'Qi','Chen','Department of Materials Science and Engineering, University of Washington, Seattle, Washington'),
+(1339,'Adharsh','Rajagopal','Department of Materials Science and Engineering, University of Washington, Seattle, Washington'),
+(1340,'Alex K.-Y.','Jen','Department of Materials Science and Engineering, University of Washington, Seattle, Washington'),
+(1341,'Md Jahidul','Islam','Graduate School of Environmental Science, Hokkaido University'),
+(1342,'Ken-ichi','Yuyama','Research Institute for Electronic Science, Hokkaido University'),
+(1343,'Kiyonori','Takahashi','Graduate School of Environmental Science, Hokkaido University'),
+(1344,'Takayoshi','Nakamura','Research Institute for Electronic Science, Hokkaido University'),
+(1345,'Katsuaki','Konishi','Faculty of Environmental Earth Science, Hokkaido University'),
+(1346,'Vasudevanpillai','Biju','Research Institute for Electronic Science, Hokkaido University'),
+(1347,'Siraj','Sidhik','Department of Chemical and Biomolecular Engineering, Rice University'),
+(1348,'Mikaël','Kepenekian','Univ Rennes'),
+(1349,'Jacky','Even','Univ Rennes'),
+(1350,'Viktoriia','Morad','Laboratory of Inorganic Chemistry, Department of Chemistry and Applied Bioscience, ETH Zürich; Laboratory for Thin Films and Photovoltaics, Empa – Swiss Federal Laboratories for Materials Science and Technology'),
+(1351,'Yevhen','Shynkarenko','Laboratory of Inorganic Chemistry, Department of Chemistry and Applied Bioscience, ETH Zürich; Laboratory for Thin Films and Photovoltaics, Empa – Swiss Federal Laboratories for Materials Science and Technology'),
+(1352,'Sergii','Yakunin','Laboratory of Inorganic Chemistry, Department of Chemistry and Applied Bioscience, ETH Zürich; Laboratory for Thin Films and Photovoltaics, Empa – Swiss Federal Laboratories for Materials Science and Technology'),
+(1353,'Alexandra','Brumberg','Department of Chemistry, Northwestern University'),
+(1354,'Richard D.','Schaller','Department of Chemistry, Northwestern University;  Center for Nanoscale Materials, Argonne National Laboratory'),
+(1355,'Maksym V.','Kovalenko','Laboratory of Inorganic Chemistry, Department of Chemistry and Applied Bioscience, ETH Zürich; Laboratory for Thin Films and Photovoltaics, Empa – Swiss Federal Laboratories for Materials Science and Technology'),
+(1356,'Si-Min','Liu','Jiangsu Key Laboratory for Science and Applications of Molecular Ferroelectrics, Southeast University'),
+(1357,'Ying-Jie','Cao','Jiangsu Key Laboratory for Science and Applications of Molecular Ferroelectrics, Southeast University'),
+(1358,'Lei','He','Jiangsu Key Laboratory for Science and Applications of Molecular Ferroelectrics, Southeast University'),
+(1359,'Ping-Ping','Shi','Jiangsu Key Laboratory for Science and Applications of Molecular Ferroelectrics, Southeast University'),
+(1360,'Qiong','Ye','Jiangsu Key Laboratory for Science and Applications of Molecular Ferroelectrics, Southeast University'),
+(1361,'Hamza ','Shaili ',''),
+(1362,'Mustapha  ','Berarich ',''),
+(1363,'Abderrahim','El Hat ',''),
+(1364,'Mouad ','Ouafi',''),
+(1365,'El Mehdi','Salmani',''),
+(1366,'Rida ','Essajai ',''),
+(1367,'Wafaa','Battal',''),
+(1368,'Mustapha ','Rouchdi',''),
+(1369,'M\'hamed ','Taibi',''),
+(1370,'Najem','Hassanian ',''),
+(1371,'Ahmad ','Mzerd',''),
+(1372,'Wei ','You',''),
+(1373,'Liang','Yan',''),
+(1374,'Jun','Hu',''),
+(1375,'Ninghao ','Zhou',''),
+(1376,'Andrew ','M. Moran',''),
+(1377,'Li-Li','Zhu','College of Chemistry and Materials Science, Fujian Provincial Key Laboratory of Advanced Materials Oriented Chemical Engineering, Fujian Normal University'),
+(1378,'Yue-E.','Huang','College of Chemistry and Materials Science, Fujian Provincial Key Laboratory of Advanced Materials Oriented Chemical Engineering, Fujian Normal University'),
+(1379,'Yang-Peng','Lin','College of Chemistry and Materials Science, Fujian Provincial Key Laboratory of Advanced Materials Oriented Chemical Engineering, Fujian Normal University'),
+(1380,'Xiao-Ying','Huang','State Key Laboratory of Structural Chemistry, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences'),
+(1381,'Hai-Qing','Liu','College of Chemistry and Materials Science, Fujian Provincial Key Laboratory of Advanced Materials Oriented Chemical Engineering, Fujian Normal University'),
+(1382,'David B.','Mitzi','Department of Mechanical Engineering and Materials Science, Department of Chemistry, Duke University'),
+(1383,'Ke-Zhao','Du','College of Chemistry and Materials Science, Fujian Provincial Key Laboratory of Advanced Materials Oriented Chemical Engineering, Fujian Normal University'),
+(1384,'Lei','Lei','Department of Materials Science and Engineering, Organic and Carbon Electronics Lab (ORaCEL), North Carolina State University, Raleigh, NC'),
+(1385,'Seyitliyev','Dovletgeldi','Department of Physics, Organic and Carbon Electronics Lab (ORaCEL), North Carolina State University, Raleigh, NC'),
+(1386,'Samuel','Stuard','Department of Physics, Organic and Carbon Electronics Lab (ORaCEL), North Carolina State University, Raleigh, NC'),
+(1387,'Juliana','Mendes','Department of Materials Science and Engineering, Organic and Carbon Electronics Lab (ORaCEL), North Carolina State University, Raleigh, NC'),
+(1388,'Qi','Dong','Department of Materials Science and Engineering, Organic and Carbon Electronics Lab (ORaCEL), North Carolina State University, Raleigh, NC'),
+(1389,'Xiangyu','Fu','Department of Materials Science and Engineering, Organic and Carbon Electronics Lab (ORaCEL), North Carolina State University, Raleigh, NC'),
+(1390,'Yi-An','Chen','Department of Mechanical and Aerospace Engineering, North Carolina State University, Raleigh, NC'),
+(1391,'Siliang','He','Department of Materials Science and Engineering, Organic and Carbon Electronics Lab (ORaCEL), North Carolina State University, Raleigh, NC'),
+(1392,'Xueping','Yi','Department of Materials Science and Engineering, Organic and Carbon Electronics Lab (ORaCEL), North Carolina State University, Raleigh, NC'),
+(1393,'Liping','Zhu','Department of Materials Science and Engineering, Organic and Carbon Electronics Lab (ORaCEL), North Carolina State University, Raleigh, NC'),
+(1394,'Chih-Hao','Chang','Department of Mechanical and Aerospace Engineering, North Carolina State University, Raleigh, NC'),
+(1395,'Harald','Ade','Department of Physics, Organic and Carbon Electronics Lab (ORaCEL), North Carolina State University, Raleigh, NC'),
+(1396,'Kenan','Gundogdu','Department of Physics, Organic and Carbon Electronics Lab (ORaCEL), North Carolina State University, Raleigh, NC'),
+(1397,'Franky','So','Department of Material Science & Engineering, North Carolina State University'),
+(1398,'Qi','Dong','Department of Material Science & Engineering, North Carolina State University'),
+(1399,'Lei','Lei','Department of Material Science & Engineering, North Carolina State University'),
+(1400,'Juliana','Mendes','Department of Material Science & Engineering, North Carolina State University'),
+(1401,'Sergey V  ','Janke',''),
+(1402,'Svenja M','Rossi',''),
+(1403,'Mariana','Levchenko',''),
+(1404,'Sebastian','Kokott',''),
+(1405,'Matthias','Scheffler',''),
+(1406,'Akash','Singh','Duke University'),
+(1407,'Manoj K.','Jana','Duke University'),
+(1408,'David B.','Mitzi','Duke University'),
+(1409,'Eric','Amerling','National Renewable Energy Laboratory, Golden, CO, USA'),
+(1410,'Bryon W.','Larson','National Renewable Energy Laboratory, Golden, CO, USA'),
+(1411,'Yi','Yao','Thomas Lord Department of Mechanical Engineering and Materials Science, Duke University, Durham, NC 27708, USA'),
+(1412,'Brian','Fluegel','National Renewable Energy Laboratory, Golden, CO 80401, USA'),
+(1413,'Zbyslaw','Owczarczyk','National Renewable Energy Laboratory, Golden, CO 80401, USA'),
+(1414,'Haipeng','Lu','National Renewable Energy Laboratory, Golden, CO 80401, USA'),
+(1415,'Luisa','Whittaker-Brooks','University of Utah, Salt Lake City, UT 84112, USA'),
+(1416,'Jeffrey L.','Blackburn','National Renewable Energy Laboratory, Golden, CO 80401, USA'),
+(1417,'Manoj','Jana','Duke University'),
+(1418,'Ruyi','Song','Duke University'),
+(1419,'Yi','Xie','Duke University'),
+(1420,'Peter','Sercel','California Institute of Technology'),
+(1421,'Rundong','Zhao','Duke University'),
+(1422,'David B.','Mitzi','Thomas Lord Department of Mechanical Engineering and Materials Science and Department of Chemistry, Duke University, Durham, NC, USA.'),
+(1423,'Volker','Blum','Thomas Lord Department of Mechanical Engineering and Materials Science and Department of Chemistry, Duke University, Durham, NC, USA.'),
+(1424,'Manoj Kumar','Jana','Thomas Lord Department of Mechanical Engineering and Materials Science, Duke University, Durham, NC 27708, USA.'),
+(1425,'Ruyi','Song','Department of Chemistry, Duke University, Durham, NC 27708, USA.'),
+(1426,'Yi','Xie','Thomas Lord Department of Mechanical Engineering and Materials Science, Duke University, Durham, NC 27708, USA'),
+(1427,'Rundong ','Zhao','Thomas Lord Department of Mechanical Engineering and Materials Science, Duke University, Durham, NC 27708, USA'),
+(1428,'Peter C.','Sercel','Department of Applied Physics and Materials Science, California Institute of Technology, Pasadena, CA, USA.'),
+(1429,'Volker','Blum','Thomas Lord Department of Mechanical Engineering and Materials Science and Department of Chemistry, Duke University, Durham, NC 27708, USA.'),
+(1430,'David B.','Mitzi','Thomas Lord Department of Mechanical Engineering and Materials Science and Department of Chemistry, Duke University, Durham, NC 27708, USA.'),
+(1431,'Qing','Tu','Department of Materials Science & Engineering, Texas A&M University'),
+(1432,'Doyun','Kim','Department of Materials Science & Engineering, Texas A&M University'),
+(1433,'Mohammed','Shyikh','Department of Materials Science & Engineering, Texas A&M University'),
+(1434,'Mercouri  G.','Kanatzidis','Department of Chemistry, Northwestern University'),
+(1435,'Shaun','Tan','Department of Materials Science and Engineering and California NanoSystems Institute, University of California Los Angeles'),
+(1436,'Tianyi','Huang','Department of Materials Science and Engineering and California NanoSystems Institute, University of California Los Angeles'),
+(1437,'Ilhan','Yavuz','Department of Physics, Marmara University, Ziverbey, Istanbul, Turkey'),
+(1438,'Rui','Wang','Department of Materials Science and Engineering and California NanoSystems Institute, University of California Los Angeles'),
+(1439,'Marc H.','Weber','Center for Materials Research, Washington State University, Pullman, Washington'),
+(1440,'Yepin','Zhao','Department of Materials Science and Engineering and California NanoSystems Institute, University of California Los Angeles'),
+(1441,'Maged','Abdelsamie','Materials Sciences Division, Lawrence Berkeley National Laboratory, Berkeley, CA'),
+(1442,'Michael E.','Liao','Department of Materials Science and Engineering and California NanoSystems Institute, University of California Los Angeles'),
+(1443,'Hao-Cheng','Wang','Department of Materials Science and Engineering, National Yang Ming Chiao Tung University, Hsinchu, Taiwan'),
+(1444,'Kenny','Huynh','Department of Materials Science and Engineering and California NanoSystems Institute, University of California Los Angeles'),
+(1445,'Kung-Hwa','Wei','Department of Materials Science and Engineering, National Yang Ming Chiao Tung University, Hsinchu, Taiwan'),
+(1446,'Jingjing','Xue','Department of Materials Science and Engineering and California NanoSystems Institute, University of California Los Angeles'),
+(1447,'Finn','Babbe','Chemical Sciences Division, Lawrence Berkeley National Laboratory, Berkeley, CA'),
+(1448,'Mark S.','Goorsky','Department of Materials Science and Engineering and California NanoSystems Institute, University of California Los Angeles'),
+(1449,'Jin-Wook','Lee','SKKU Advanced Institute of Nanotechnology (SAINT) and Department of Nanoengineering, Sungkyunkwan University, Suwon'),
+(1450,'Carolin M.','Sutter-Fella','Chemical Sciences Division, Lawrence Berkeley National Laboratory, Berkeley, CA'),
+(1451,'Yang','Yang','Department of Materials Science and Engineering and California NanoSystems Institute, University of California Los Angeles'),
+(1452,'Qing','Tu','Department of Materials Science & Engineering, Northwestern University'),
+(1453,'Ioannis','Spanopoulos','Department of Chemistry, Northwestern University'),
+(1454,'Poya','Yasaei','Department of Materials Science & Engineering, Northwestern University'),
+(1455,'Gajendra S.','Shekhawat','Northwestern University Atomic and Nanoscale Characterization Experimental (NUANCE) Center, Northwestern University'),
+(1456,'Vinayak P.','Dravid','Department of Materials Science & Engineering, Northwestern University'),
+(1457,'Qing','Tu','Department of Materials Science & Engineering, Northwestern University'),
+(1458,'Ioannis','Spanopoulos','Department of Chemistry, Northwestern University'),
+(1459,'Eugenia S.','Vasileiadou','Department of Chemistry, Northwestern University'),
+(1460,'Xiaotong','Li','Department of Chemistry, Northwestern University'),
+(1461,'Mercouri G.','Kanatzidis','Department of Chemistry, Northwestern University'),
+(1462,'Gajendra S.','Shekhawat','Northwestern University Atomic and Nanoscale Characterization Experimental (NUANCE) Center, Northwestern University'),
+(1463,'Vinayak P.','Dravid','Department of Materials Science & Engineering, Northwestern University'),
+(1464,'Da','Chen','University of Science and Technology Beijing'),
+(1465,'Guangda','Niu','Huazhong University of Science and Technology'),
+(1466,'Shiquiang','Hao','Northwestern University'),
+(1467,'Liubing','Fan','University of Science and Technology Beijing'),
+(1468,'Jing','Zhao','University of Science and Technology Beijing'),
+(1469,'Christopher','Wolverton','Northwestern University'),
+(1470,'Mengling','Xia','Huazhong University of Science and Technology'),
+(1471,'Quanlin','Liu','University of Science and Technology Beijing'),
+(1472,'Fengxia','Wei','Department of Materials Science and Metallurgy, University of Cambridge'),
+(1473,'Zeyu','Deng','Department of Materials Science and Metallurgy, University of Cambridge'),
+(1474,'Shijing','Sun','Department of Materials Science and Metallurgy, University of Cambridge'),
+(1475,'Fei Xie','',''),
+(1476,'Gregor','Kieslich','Department of Materials Science and Metallurgy, University of Cambridge'),
+(1477,'Donald M.','Evans','Department of Earth Science, University of Cambridge'),
+(1478,'Michael A.','Carpenter','Department of Earth Science, University of Cambridge'),
+(1479,'Paul D.','Bristowe','Department of Materials Science and Metallurgy, University of Cambridge'),
+(1480,'Anthony K.','Cheetham','Department of Materials Science and Metallurgy, Cambridge'),
+(1481,'Zeyu','Deng','Department of Materials Science and Metallurgy, University of Cambridge'),
+(1482,'Jie','Zhang','Institute of Materials Research and Engineering, Singapore'),
+(1483,'Satoshi','Tominaka','International Center for Materials Nanoarchitectonics, Ibaraki, Japan'),
+(1484,'Fenghua','Zhang','Department of Materials Science and Metallurgy, Cambridge'),
+(1485,'Jun','Zhou','University of Science and Technology Beijing'),
+(1486,'Zhiguo','Xia','University of Science and Technology Beijing'),
+(1487,'Maxim','Molokeev','Kirensky Institute of Physics'),
+(1488,' Xiuwen','Zhang','Shenzhen University'),
+(1489,'Dongsheng','Peng','Shenzhen University'),
+(1490,'Jun-Ichi','Fujisawa','The Institute of Physical and Chemical Research (RIKEN), Hirosawa'),
+(1491,'Teruya','Ishihara','The Institute of Physical and Chemical Research (RIKEN), Hirosawa'),
+(1492,'Hao-Ping','Hsu','National Chiao Tung University'),
+(1493,'Liang-Chen','Li','National Chiao Tung University'),
+(1494,'Muthaiah','Shellaiah','National Chiao Tung University'),
+(1495,'Kien Wen','Sun','National Chiao Tung University'),
+(1496,'Md Jahidul','Islam','Hokkaido University'),
+(1497,'Ken-ichi','Yuyama','Hokkaido University'),
+(1498,'Kiyonori','Takahashi','Hokkaido University'),
+(1499,'Takayoshi','Nakamura','Hokkaido University'),
+(1500,'Katsuaki','Konishi','Hokkaido University'),
+(1501,'Vasudevanpillai','Biju','Hokkaido University'),
+(1502,'Niara E.','Wright','Department of Electrical and Computer Engineering, Duke University, Durham, NC'),
+(1503,'Xixi','Qin','Thomas Lord Department of Mechanical Engineering and Materials Science, Duke University, Durham, NC'),
+(1504,'Junwei','Xu','Stanford Synchrotron Radiation Lightsource, SLAC National Accelerator Laboratory, Menlo Park, CA'),
+(1505,'Leah L.','Kelly','Stanford Synchrotron Radiation Lightsource, SLAC National Accelerator Laboratory, Menlo Park, CA'),
+(1506,'Steven P.','Harvey','National Renewable Energy Laboratory, Golden, CO'),
+(1507,'Michael F.','Toney','Department of Chemical and Biological Engineering, University of Colorado Boulder'),
+(1508,'Volker','Blum','Thomas Lord Department of Mechanical Engineering and Materials Science, Duke University, Durham, NC'),
+(1509,'Adrienne D.','Stiff-Roberts','Department of Electrical and Computer Engineering, Duke University, Durham, NC'),
+(1510,'Ze-Long','Xiao','Department of Polymer Science and Engineering, State Key Lab of Silicon Materials, Zhejiang University, Hangzhou 310027, China'),
+(1511,'Hong-Zheng','Chen','Department of Polymer Science and Engineering, State Key Lab of Silicon Materials, Zhejiang University, Hangzhou 310027, China'),
+(1512,'Min-Min','Shi','Department of Polymer Science and Engineering, State Key Lab of Silicon Materials, Zhejiang University, Hangzhou 310027, China'),
+(1513,'Gang','Wu','Department of Polymer Science and Engineering, State Key Lab of Silicon Materials, Zhejiang University, Hangzhou 310027, China'),
+(1514,'Ren-Jia','Zhou','Department of Polymer Science and Engineering, State Key Lab of Silicon Materials, Zhejiang University, Hangzhou 310027, China'),
+(1515,'Zhi-Sheng','Yang','Department of Polymer Science and Engineering, State Key Lab of Silicon Materials, Zhejiang University, Hangzhou 310027, China'),
+(1516,'Mang','Wang','Department of Polymer Science and Engineering, State Key Lab of Silicon Materials, Zhejiang University, Hangzhou 310027, China'),
+(1517,'Ben-Zhong','Tang','Chemistry Department, HongKong University of Science and Technology, Clear Water Bay, Kowloon, HongKong, China'),
+(1518,'Meng','Zhang','Nanomaterials Centre, School of Chemical Engineering and AIBN, The University of Queensland, St Lucia, Brisbane, QLD, 4072, Australia'),
+(1519,'Miaoqiang','Lyu','Nanomaterials Centre, School of Chemical Engineering and AIBN, The University of Queensland, St Lucia, Brisbane, QLD, 4072, Australia'),
+(1520,'Jung-Ho','Yun','Nanomaterials Centre, School of Chemical Engineering and AIBN, The University of Queensland, St Lucia, Brisbane, QLD, 4072, Australia'),
+(1521,'Mahir','Noori','Centre for Organic Electronics, University of Newcastle, Callaghan, NSW, 2308, Australia'),
+(1522,'Xiaojing','Zhou','Centre for Organic Electronics, University of Newcastle, Callaghan, NSW, 2308, Australia'),
+(1523,'Nathan A.','Cooling','Centre for Organic Electronics, University of Newcastle, Callaghan, NSW, 2308, Australia'),
+(1524,'Qiong','Wang','Nanomaterials Centre, School of Chemical Engineering and AIBN, The University of Queensland, St Lucia, Brisbane, QLD, 4072, Australia'),
+(1525,'Hua','Yu','Centre for Organic Electronics, University of Newcastle, Callaghan, NSW, 2308, Australia'),
+(1526,'Paul C.','Dastoor','Nanomaterials Centre, School of Chemical Engineering and AIBN, The University of Queensland, St Lucia, Brisbane, QLD, 4072, Australia'),
+(1527,'Lianzhou','Wang','Nanomaterials Centre, School of Chemical Engineering and AIBN, The University of Queensland, St Lucia, Brisbane, QLD, 4072, Australia'),
+(1528,'Eric T.','McClure','The Ohio State University'),
+(1529,'Molly R.','Ball','The Ohio State University'),
+(1530,'Wolfgang','Windl','The Ohio State University'),
+(1531,'Patrick M.','Woodward','The Ohio State University'),
+(1532,'Karunakara Moorthy','Boopathi','Research Center for Applied Science, Academia Sinica, Taipei 115, Taiwan'),
+(1533,'Priyadharsini','Karuppuswamy','Research Center for Applied Science, Academia Sinica, Taipei 115, Taiwan'),
+(1534,'Anupriya','Singh','Research Center for Applied Science, Academia Sinica, Taipei 115, Taiwan'),
+(1535,'Chintam','Hanmandlu','College of Engineering, Chang Gung University, Taoyuan City, Taiwan'),
+(1536,'Lin','Lin','College of Mechanical Engineering, Guangxi University, 100, Daxue Dong Road, Nanning 530004, China'),
+(1537,'Chien Cheng','Chang','Institute of Applied Mechanics, National Taiwan University, Roosevelt Road, Taipei 106, Taiwan'),
+(1538,'Syed Ali','Abbas','Research Center for Applied Science, Academia Sinica, Taipei 115, Taiwan'),
+(1539,'Pen Cheng','Wang','Department of Engineering and System Science, National Tsing Hua University, Hsinchu, Taiwan'),
+(1540,'Gang','Li','Department of Electronic and Information Engineering, The Hong Kong Polytechnic University, Hung Hom, Kowloon, Hong Kong, China'),
+(1541,'Chih Wei','Chu','Research Center for Applied Science, Academia Sinica, Taipei 115, Taiwan'),
+(1542,'Dovletgeldi','Seyitliyev','North Carolina State University'),
+(1543,'Ninghao','Zhou','University of North Carolina at Chapel Hill'),
+(1544,'Olivia F.','Williams','University of North Carolina at Chapel Hill'),
+(1545,'Andrew M. ','Moran','University of North Carolina at Chapel Hill'),
+(1546,'Sampreeti ','Bhattacharya','University of North Carolina at Chapel Hill'),
+(1547,'Yi ','Yao','University of North Carolina at Chapel Hill'),
+(1548,'Chun Hsing ','Chen','University of North Carolina at Chapel Hill'),
+(1549,'Kezhao ','Du','Fujian Provincial Key Laboratory of Advanced Materials Oriented Chemical Engineering'),
+(1550,'Yosuke ','Kanai','University of North Carolina at Chapel Hill'),
+(1551,'Yi','Xie',''),
+(1552,'Akash','Singh',''),
+(1553,'Manoj','Jana',''),
+(1554,'David','Mitzi',''),
+(1555,'Ming','He','School of Materials Science and Engineering, Georgia Institute of Technology, Atlanta, Georgia, USA'),
+(1556,'Bo','Li','School of Materials Science and Engineering, Georgia Institute of Technology, Atlanta, Georgia, USA'),
+(1557,'Xun','Cui','School of Materials Science and Engineering, Georgia Institute of Technology, Atlanta, Georgia, USA'),
+(1558,'Beibei','Jiang','School of Materials Science and Engineering, Georgia Institute of Technology, Atlanta, Georgia, USA'),
+(1559,'Yanjie','He','School of Materials Science and Engineering, Georgia Institute of Technology, Atlanta, Georgia, USA'),
+(1560,'Yihuang','Chen','School of Materials Science and Engineering, Georgia Institute of Technology, Atlanta, Georgia, USA'),
+(1561,'Daniel','O\'Neil','Laser Dynamics Laboratory, School of Chemistry and Biochemistry, Georgia Institute of Technology, Atlanta, Georgia, USA'),
+(1562,'Paul','Szymanski','Laser Dynamics Laboratory, School of Chemistry and Biochemistry, Georgia Institute of Technology, Atlanta, Georgia, USA'),
+(1563,'Mostafa A.','El-Sayed','Laser Dynamics Laboratory, School of Chemistry and Biochemistry, Georgia Institute of Technology, Atlanta, Georgia, USA'),
+(1564,'Jinsong','Huang','Department of Mechanical and Materials Engineering, University of Nebraska–Lincoln, Lincoln, Nebraska, USA'),
+(1565,'Zhiqun','Lin','School of Materials Science and Engineering, Georgia Institute of Technology, Atlanta, Georgia, USA'),
+(1566,'Zhongze','Liu','School of Physical Science and Technology, Center for Energy Conversion Materials & Physics (CECMP), Jiangsu Key Laboratory of Thin Films, Soochow University, Suzhou, 215006 P. R. China'),
+(1567,'Fengren','Cao','School of Physical Science and Technology, Center for Energy Conversion Materials & Physics (CECMP), Jiangsu Key Laboratory of Thin Films, Soochow University, Suzhou, 215006 P. R. China'),
+(1568,'Meng','Wang','School of Physical Science and Technology, Center for Energy Conversion Materials & Physics (CECMP), Jiangsu Key Laboratory of Thin Films, Soochow University, Suzhou, 215006 P. R. China'),
+(1569,'Min','Wang','School of Physical Science and Technology, Center for Energy Conversion Materials & Physics (CECMP), Jiangsu Key Laboratory of Thin Films, Soochow University, Suzhou, 215006 P. R. China'),
+(1570,'Liang','Li','School of Physical Science and Technology, Center for Energy Conversion Materials & Physics (CECMP), Jiangsu Key Laboratory of Thin Films, Soochow University, Suzhou, 215006 P. R. China'),
+(1571,'Hanul','Min','Department of Energy Engineering, School of Energy and Chemical Engineering, Ulsan National Institute of Science and Technology, 50 UNIST-gil, Eonyang-eup, Ulju-gun, Ulsan 44919, Korea.'),
+(1572,'Maengsuk','Kim','Department of Energy Engineering, School of Energy and Chemical Engineering, Ulsan National Institute of Science and Technology, 50 UNIST-gil, Eonyang-eup, Ulju-gun, Ulsan 44919, Korea.'),
+(1573,'Seung-Un','Lee','Department of Energy Engineering, School of Energy and Chemical Engineering, Ulsan National Institute of Science and Technology, 50 UNIST-gil, Eonyang-eup, Ulju-gun, Ulsan 44919, Korea.'),
+(1574,'Hyeonwoo','Kim','Department of Energy Engineering, School of Energy and Chemical Engineering, Ulsan National Institute of Science and Technology, 50 UNIST-gil, Eonyang-eup, Ulju-gun, Ulsan 44919, Korea.'),
+(1575,'Gwisu','Kim','Department of Energy Engineering, School of Energy and Chemical Engineering, Ulsan National Institute of Science and Technology, 50 UNIST-gil, Eonyang-eup, Ulju-gun, Ulsan 44919, Korea.'),
+(1576,'Keunsu','Choi','Department of Energy Engineering, School of Energy and Chemical Engineering, Ulsan National Institute of Science and Technology, 50 UNIST-gil, Eonyang-eup, Ulju-gun, Ulsan 44919, Korea.'),
+(1577,'Jun Hee','Lee','Department of Energy Engineering, School of Energy and Chemical Engineering, Ulsan National Institute of Science and Technology, 50 UNIST-gil, Eonyang-eup, Ulju-gun, Ulsan 44919, Korea.'),
+(1578,'Sang Il','Seok','Department of Energy Engineering, School of Energy and Chemical Engineering, Ulsan National Institute of Science and Technology, 50 UNIST-gil, Eonyang-eup, Ulju-gun, Ulsan 44919, Korea.'),
+(1579,'Uyen','Huynh','University of Utah, Department of Physics and Astronomy'),
+(1580,'Teddy','Feng','University of North Carolina at Chapel Hill, Department of Applied Physical Sciences'),
+(1581,'Dipak','Khanal','University of Utah, Department of Physics and Astronomy'),
+(1582,'Haoliang','Liu','University of Utah, Department of Physics and Astronomy'),
+(1583,'Paul','Bailey','University of Utah, Department of Physics and Astronomy'),
+(1584,'Rikard','Bodin','University of Utah, Department of Physics and Astronomy'),
+(1585,'Peter','Sercel','Center for Hybrid Organic Inorganic Semiconductors for Energy'),
+(1586,'Jinsong','Huang','University of North Carolina at Chapel Hill, Department of Applied Physical Sciences'),
+(1587,'Z.','Vardeny','University of Utah, Department of Physics and Astronomy'),
+(1588,'Xihan','Chen','National Renewable Energy Laboratory'),
+(1589,'Haipeng','Lu','National Renewable Energy Laboratory'),
+(1590,'Kang','Wang','National Renewable Energy Laboratory'),
+(1591,'Yaxin','Zhai','National Renewable Energy Laboratory'),
+(1592,'Vladimir','Lunin','National Renewable Energy Laboratory'),
+(1593,'Matthew','Beard','National Renewable Energy Laboratory'),
+(1594,'Jingjing','He',' Key Laboratory for Ultrafine Materials of Ministry of Education, Shanghai Engineering Research Center of Hierarchical Nanomaterials, School of Materials Science and Engineering, East China University of Science and Technology, 130 Meilong Road, 200237 Shanghai, China'),
+(1595,'Junxian','Liu','Centre for Clean Environment and Energy, School of Environment and Science, Gold Coast Campus, Griffith University, Brisbane, QLD 4222, Australia'),
+(1596,'Yu','Hou',' Key Laboratory for Ultrafine Materials of Ministry of Education, Shanghai Engineering Research Center of Hierarchical Nanomaterials, School of Materials Science and Engineering, East China University of Science and Technology, 130 Meilong Road, 200237 Shanghai, China'),
+(1597,'Yun','Wang','Centre for Clean Environment and Energy, School of Environment and Science, Gold Coast Campus, Griffith University, Brisbane, QLD 4222, Australia'),
+(1598,'Shuang','Yang',' Key Laboratory for Ultrafine Materials of Ministry of Education, Shanghai Engineering Research Center of Hierarchical Nanomaterials, School of Materials Science and Engineering, East China University of Science and Technology, 130 Meilong Road, 200237 Shanghai, China'),
+(1599,'Hua Gui','Yang',' Key Laboratory for Ultrafine Materials of Ministry of Education, Shanghai Engineering Research Center of Hierarchical Nanomaterials, School of Materials Science and Engineering, East China University of Science and Technology, 130 Meilong Road, 200237 Shanghai, China'),
+(1600,'David','Billing',''),
+(1601,'Yang','Yang',''),
+(1602,'Shuang','Xu',''),
+(1603,'Zhenyi','Ni',''),
+(1604,'Charles','Van Brackle',''),
+(1605,'Liang','Zhao',''),
+(1606,'Xun','Xiao',''),
+(1607,'Xuezeng','Dai',''),
+(1608,'Jinsong','Huang',''),
+(1609,'Yong','Wang','School of Environmental Science and Engineering, Frontiers Science Center for Transformative Molecules, Shanghai Jiao Tong University, Shanghai, 200240 China'),
+(1610,'Xiaomin','Liu','School of Environmental Science and Engineering, Frontiers Science Center for Transformative Molecules, Shanghai Jiao Tong University, Shanghai, 200240 China'),
+(1611,'Taiyang','Zhang','School of Environmental Science and Engineering, Frontiers Science Center for Transformative Molecules, Shanghai Jiao Tong University, Shanghai, 200240 China'),
+(1612,'Xingtao','Wang','School of Environmental Science and Engineering, Frontiers Science Center for Transformative Molecules, Shanghai Jiao Tong University, Shanghai, 200240 China'),
+(1613,'Miao','Kan','School of Environmental Science and Engineering, Frontiers Science Center for Transformative Molecules, Shanghai Jiao Tong University, Shanghai, 200240 China'),
+(1614,'Jielin','Shi','School of Environmental Science and Engineering, Frontiers Science Center for Transformative Molecules, Shanghai Jiao Tong University, Shanghai, 200240 China'),
+(1615,'Yixin','Zhao','School of Environmental Science and Engineering, Frontiers Science Center for Transformative Molecules, Shanghai Jiao Tong University, Shanghai, 200240 China'),
+(1616,'Haoyang','Jiao',''),
+(1617,'Zhifang','Shi',''),
+(1618,'Chengbin','Fei',''),
+(1619,'Ye','Liu',''),
+(1620,'Zhiyu','Wang',''),
+(1621,'Xiaoming','Wang',''),
+(1622,'Zhongwei','Chen',''),
+(1623,'Yang','Liu',''),
+(1624,'Huilin','Xie',''),
+(1625,'Jie','Xue',''),
+(1626,'Yanfa','Yan',''),
+(1627,'Melike','Biliroglu','North Carolina State University'),
+(1628,'Wenfei','Liang',''),
+(1629,'Xuyang','Lin',''),
+(1630,'Yulu','Li',''),
+(1631,'Fengke','Sun',''),
+(1632,'Fan','Zhang',''),
+(1633,'Peter','Sercel',''),
+(1634,'Ji','Hao',''),
+(1635,'Matthew','Beard',''),
+(1636,'Jeffrey','Blackburn',''),
+(1638,'Gamze','Findik',''),
+(1639,'Juliana','Mendes',''),
+(1640,'Dovletgeldi','Seyitliyev',''),
+(1641,'Lei','Lei',''),
+(1642,'Qi','Dong',''),
+(1643,'Yash','Mehta',''),
+(1644,'Vasily','V. Temnov',''),
+(1645,'Franky','So',''),
+(1646,'Kenan','Gundogdu',''),
+(1647,'Rayan','Chakraborty','Indian Institute of Science Education and Research (IISER), Pune'),
+(1648,'Parikshit K.','Rajput','Indian Institute of Science Education and Research (IISER), Pune'),
+(1649,'Gokul M.','Anilkumar','Indian Institute of Science Education and Research (IISER), Pune'),
+(1650,'Shabnum','Maqbool','Indian Institute of Science Education and Research (IISER), Pune'),
+(1651,'Ranjan','Das','Indian Institute of Science Education and Research (IISER), Pune'),
+(1652,'Atikur','Rahman','Indian Institute of Science Education and Research (IISER), Pune'),
+(1653,'Pankaj','Mandal','Indian Institute of Science Education and Research (IISER), Pune'),
+(1654,'Angshuman ','Nag','Indian Institute of Science Education and Research (IISER), Pune'),
+(1655,'Tariq','Sheikh','Indian Institute of Science Education and Research (IISER), Pune'),
+(1656,'Mark','Steger','National Renewable Energy Laboratory, Golden, CO 80401, USA.'),
+(1657,'Svenja M. ','Janke','Duke University, Durham, NC 27708, USA'),
+(1658,'Peter C.','Sercel','Center for Hybrid Organic Inorganic Semiconductors for Energy, Golden, CO, 80401, USA'),
+(1659,'Bryon W.','Larson','National Renewable Energy Laboratory, Golden, CO 80401, USA.'),
+(1660,'Haipeng','Lu','National Renewable Energy Laboratory, Golden, CO 80401, USA.'),
+(1661,'Xixi','Qin','Duke University, Durham, NC 27708, USA'),
+(1662,'Victor Wen-zhe','Yu','Duke University, Durham, NC 27708, USA'),
+(1663,'Volker','Blum','Duke University, Durham, NC 27708, USA'),
+(1664,'Jeffrey L.','Blackburn','National Renewable Energy Laboratory, Golden, CO 80401, USA.'),
+(1665,'Jee Yung','Park',''),
+(1666,'Dieter','Weber','Inorganic Chemistry, University of Stuttgart'),
+(1667,'Nicholas J.','Weadock','University of Colorado Boulder'),
+(1668,'Cameron','MacKeen','University of Colorado Boulder'),
+(1669,'Louis','Waquier','SLAC National Accelerator Laboratory, Menlo Park'),
+(1670,'Yevgeny','Rakita','Columbia University'),
+(1671,'Julian A.','Vigil','Stanford University'),
+(1672,'Hemamala I.','Karunadasa','Stanford University'),
+(1673,'Michael F.','Toney','University of Colorado Boulder'),
+(1674,'Frank','Bridges','University of California Santa Cruz'),
+(1675,'Kameron','Hansen','University of Utah'),
+(1676,'Cindy','Wong','University of Illinois at Urbana-Champaign'),
+(1677,'C. Emma','McClure','Los Alamos National Laboratory'),
+(1678,'Blake','Romrell','Brigham Young University'),
+(1679,'Laura','Flannery','University of Utah'),
+(1680,'Daniel','Powell','University of Utah'),
+(1681,'Kelsey','Garden','University of Utah'),
+(1682,'Alex','Berzansky','University of Utah'),
+(1683,'Michele','Eggleston','Brigham Young University'),
+(1684,'Daniel','King','Brigham Young University'),
+(1685,'Carter','Shirley','Brigham Young University'),
+(1686,'Andre','Schleife','University of Illinois at Urbana-Champaign'),
+(1687,'John','Colton','Brigham Young University'),
+(1688,'Luisa','Whittaker-Brooks','University of Utah'),
+(1689,'Jack ','Morgenstein','Duke University'),
+(1690,'Benjamin','Bobay','Duke University'),
+(1691,'Naidel','Caturello','Federal University of ABC'),
+(1692,'Albertus A.','Sutanto','Ecole Polytechnique Federale de Lausanne (EPFL)'),
+(1693,'Nikita','Drigo','Ecole Polytechnique Federale de Lausanne (EPFL)'),
+(1694,'Valentin I.E.','Queloz','Ecole Polytechnique Federale de Lausanne (EPFL)'),
+(1695,'Ines','Garcia-Benito','Ecole Polytechnique Federale de Lausanne (EPFL)'),
+(1696,'Ahmad R.','Kirmani','National Institute of Standards and Technology (NIST)'),
+(1697,'Lee J.','Richter','National Institute of Standards and Technology (NIST)'),
+(1698,'Pascal A.','Schouwink','Ecole Polytechnique Federale de Lausanne (EPFL)'),
+(1699,'Kyung Taek','Cho','Ecole Polytechnique Federale de Lausanne (EPFL)'),
+(1700,'Sanghyun','Paek','Ecole Polytechnique Federale de Lausanne (EPFL)'),
+(1701,'Mohammad Khaja','Nazeeruddin','Ecole Polytechnique Federale de Lausanne (EPFL)'),
+(1702,'Giulia','Grancini','University of Pavia'),
+(1703,'Teruya','Ishihara','Tohoku University'),
+(1704,'Frank','Bridges','University of California, Santa Cruz'),
+(1705,'Jason','Gruzdas','University of California, Santa Cruz'),
+(1706,'Cameron ','MacKeen','University of California, Santa Cruz'),
+(1707,'Kiley ','Mayford','University of California, Santa Cruz'),
+(1708,'Nicholas','Weadock','University of Colorado, Boulder'),
+(1709,'Valentin','Baltazar','University of California, Santa Cruz'),
+(1710,'Yevgeny ','Rakita','Ben-Gurion University of the Negev'),
+(1711,'Louis','Waquier','Stanford Synchrotron Radiation Lightsource'),
+(1712,'Julian','Vigil','Stanford University'),
+(1713,'Hemamala','Karunadasa','Stanford University'),
+(1714,'Michael','Toney','University of Colorado, Boulder'),
+(1715,'Binghan','Li','ShanghaiTech University'),
+(1716,'Ruiying','Long','ShanghaiTech University'),
+(1717,'Yu','Xia','ShanghaiTech University'),
+(1718,'Qixi','Mi','ShanghaiTech University'),
+(1719,'N','Weadock','C'),
+(1720,'Fengqin','He','State Key Discipline Laboratory of Wide Band Gap Semiconductor Technology, School of Microelectronics, Xidian University, Xi\'an, China Qinghai Huanghe Upstream Hydropower Development Co., Ltd., Photovoltaic Industry Technology Branch, Photovoltaic Technology Co., Ltd., of Huanghe Hydropower, Xining, China'),
+(1721,'Wuxiong','Fei','China Electronic Product Reliability and Environmental Testing Research Institute, Guangzhou, China'),
+(1722,'Yilin','Wang','State Key Discipline Laboratory of Wide Band Gap Semiconductor Technology, School of Microelectronics, Xidian University, Xi\'an, China'),
+(1723,'Chenbo','Liu','State Key Discipline Laboratory of Wide Band Gap Semiconductor Technology, School of Microelectronics, Xidian University, Xi\'an, China'),
+(1724,'Qirui','Guo','State Key Discipline Laboratory of Wide Band Gap Semiconductor Technology, School of Microelectronics, Xidian University, Xi\'an, China'),
+(1725,'Wensheng','Lan','State Key Discipline Laboratory of Wide Band Gap Semiconductor Technology, School of Microelectronics, Xidian University, Xi\'an, China'),
+(1726,'Gang','Fan','State Key Discipline Laboratory of Wide Band Gap Semiconductor Technology, School of Microelectronics, Xidian University, Xi\'an, China'),
+(1727,'Gang','Lu','Qinghai Huanghe Upstream Hydropower Development Co., Ltd., Photovoltaic Industry Technology Branch, Photovoltaic Technology Co., Ltd., of Huanghe Hydropower, Xining, China'),
+(1728,'Dazheng','Chen','State Key Discipline Laboratory of Wide Band Gap Semiconductor Technology, School of Microelectronics, Xidian University, Xi\'an, China'),
+(1729,'Weidong','Zhu','State Key Discipline Laboratory of Wide Band Gap Semiconductor Technology, School of Microelectronics, Xidian University, Xi\'an, China'),
+(1730,'He','Xi','School of Advanced Materials and Nanotechnology, Xidian University, Xi\'an, China'),
+(1731,'Chunfu','Zhang','State Key Discipline Laboratory of Wide Band Gap Semiconductor Technology, School of Microelectronics, Xidian University, Xi\'an, China'),
+(1732,'Liu','Feng','Faculty of Informatics and Engineering, The University of Electro-Communications, 1-5-1 Chofugaoka, Chofu, Tokyo 182-8585, Japan'),
+(1733,'Zhang','Yaohong','Faculty of Informatics and Engineering, The University of Electro-Communications, 1-5-1 Chofugaoka, Chofu, Tokyo 182-8585, Japan'),
+(1734,'Ding','Chao','Faculty of Informatics and Engineering, The University of Electro-Communications, 1-5-1 Chofugaoka, Chofu, Tokyo 182-8585, Japan'),
+(1735,'Toyoda','Taro','Faculty of Informatics and Engineering, The University of Electro-Communications, 1-5-1 Chofugaoka, Chofu, Tokyo 182-8585, Japan'),
+(1736,'Ogomi','Yuhei',''),
+(1737,'Ripolles','Teresa S.',''),
+(1738,'Hayase','Shuzi',''),
+(1739,'Minemoto','Takashi',''),
+(1740,'Yoshino','Kenji',''),
+(1741,'Dai','Songyuan',''),
+(1742,'Shen','Qing',''),
+(1743,'Jia','Lin','Department of Chemistry, University of California, Berkeley, California, USA Materials Sciences Division, Lawrence Berkeley National Laboratory, Berkeley, California, USA Department of Physics, Shanghai University of Electric Power, Shanghai, China'),
+(1744,'Minliang','Lai','Department of Chemistry, University of California, Berkeley, California, USA'),
+(1745,'Letian','Dou','Department of Chemistry, University of California, Berkeley, California, USA Materials Sciences Division, Lawrence Berkeley National Laboratory, Berkeley, California, USA Davidson School of Chemical Engineering, Purdue University, West Lafayette, Indiana, USA'),
+(1746,'Christopher',' S. Kley','Department of Chemistry, University of California, Berkeley, California, USA'),
+(1747,'Hong','Chen','Department of Chemistry, University of California, Berkeley, California, USA'),
+(1748,'Fei','Peng','Department of Chemistry, University of California, Berkeley, California, USA'),
+(1749,'Junliang','Sun','Berzelii Center EXSELENT on Porous Materials, Department of Materials and Environmental Chemistry, Stockholm University, Stockholm, Sweden'),
+(1750,'Dylan','Lu','Department of Chemistry, University of California, Berkeley, California, USA Materials Sciences Division, Lawrence Berkeley National Laboratory, Berkeley, California, USA'),
+(1751,'Steven',' A. Hawks','Department of Chemistry, University of California, Berkeley, California, USA Materials Sciences Division, Lawrence Berkeley National Laboratory, Berkeley, California, USA Lawrence Livermore National Laboratory, Livermore, California, USA'),
+(1752,'Chenlu','Xie','Department of Chemistry, University of California, Berkeley, California, USA Materials Sciences Division, Lawrence Berkeley National Laboratory, Berkeley, California, USA Lawrence Livermore National Laboratory, Livermore, California, USA'),
+(1753,'Fan','Cui','Department of Chemistry, University of California, Berkeley, California, USA Materials Sciences Division, Lawrence Berkeley National Laboratory, Berkeley, California, USA Lawrence Livermore National Laboratory, Livermore, California, USA'),
+(1754,'A. Paul','Alivisatos','Department of Chemistry, University of California, Berkeley, California, USA Materials Sciences Division, Lawrence Berkeley National Laboratory, Berkeley, California, USA Kavli Energy NanoScience Institute, Berkeley, California, USA Department of Materials Science and Engineering, University of California, Berkeley, California, USA'),
+(1755,'David T. ','Limmer','Department of Chemistry, University of California, Berkeley, California, USA Materials Sciences Division, Lawrence Berkeley National Laboratory, Berkeley, California, USA Kavli Energy NanoScience Institute, Berkeley, California, USA'),
+(1756,'Peidong','Yang','Department of Chemistry, University of California, Berkeley, California, USA Materials Sciences Division, Lawrence Berkeley National Laboratory, Berkeley, California, USA Kavli Energy NanoScience Institute, Berkeley, California, USA Department of Materials Science and Engineering, University of California, Berkeley, California, USA'),
+(1757,'Annalise E.','Maughan','Chemistry & Nanoscience Center, National Renewable Energy Laboratory, Golden, Colorado 80401, United States'),
+(1758,'Gabrielle','Koknat','Thomas Lord Department of Mechanical Engineering and Materials Science, Duke University, Durham, North Carolina 27708, United States'),
+(1759,'Peter C.','Sercel','Center for Hybrid Organic Inorganic Semiconductors for Energy, Golden, Colorado 80401, United States'),
+(1760,'Manoj K.','Jana','Thomas Lord Department of Mechanical Engineering and Materials Science, Duke University, Durham, North Carolina 27708, United States'),
+(1761,'Roman','Brunecky','Biosciences Center, National Renewable Energy Laboratory, Golden, Colorado 80401, United States'),
+(1762,'David B.','Mitzi','Thomas Lord Department of Mechanical Engineering and Materials Science, Duke University, Durham, North Carolina 27708, United States'),
+(1763,'Joseph J.','Berry','Chemistry & Nanoscience Center, National Renewable Energy Laboratory, Golden, Colorado 80401, United States'),
+(1764,'Volker','Blum','Thomas Lord Department of Mechanical Engineering and Materials Science, Duke University, Durham, North Carolina 27708, United States'),
+(1765,'Matthew C.','Beard','Chemistry & Nanoscience Center, National Renewable Energy Laboratory, Golden, Colorado 80401, United States'),
+(1766,'R.','Caputo',''),
+(1767,'R.D.','Willett',''),
+(1768,'B.','Morison',''),
+(1769,'Raul','Castaneda','New Mexico Highlands University'),
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+(1773,'Ming','Xia','Westlake University'),
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+(1776,'Haikuo','Gao','Binzhou University'),
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+(1778,'Yanxin','Han','Westlake University'),
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+(1784,'Kandee','Gallegos','New Mexico Highlands University'),
+(1785,'Michael','Ozide','New Mexico Highlands University'),
+(1786,'Jiandong','Fan','Institute of New Energy Technology, College of Information Science and Technology, Jinan University, Guangzhou, 510632 China'),
+(1787,'Yunping','Ma','Institute of Photovoltaics, College of Physics Science and Technology, Hebei University, Baoding, 071002 China'),
+(1788,'Cuiling','Zhang','Institute of Photovoltaics, College of Physics Science and Technology, Hebei University, Baoding, 071002 China'),
+(1789,'Chong','Liu','Institute of New Energy Technology, College of Information Science and Technology, Jinan University, Guangzhou, 510632 China'),
+(1790,'Wenzhe','Li','Institute of New Energy Technology, College of Information Science and Technology, Jinan University, Guangzhou, 510632 China'),
+(1791,'Ruud I.E.','Schropp','Debye Institute for Nanomaterials Science, Utrecht University, P.O. Box 80.000, 3508 TA, Utrecht, The Netherlands'),
+(1792,'Yaohua','Mai','Institute of New Energy Technology, College of Information Science and Technology, Jinan University, Guangzhou, 510632 China'),
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+(1814,'Wei','Li','Laboratory for Chemistry of Novel Materials, University of Mons'),
+(1815,'Christophe','Detavernier','Department of Solid State Sciences, Ghent University'),
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+(1818,'Arthur','Maufort','Institute for Materials Research (IMO-IMOMEC), Hybrid Materials Design, Hasselt University'),
+(1819,'Bas T.','Van Gorkom','Institute of Complex Molecular Systems Eindhoven University of Technology'),
+(1820,'Willemijn H. M.','Remmerswaal','Institute of Complex Molecular Systems Eindhoven University of Technology'),
+(1821,'Jordi Ferrer','Orri','University of Cambridge'),
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+(1823,'Junke','Wang','Institute of Complex Molecular Systems Eindhoven University of Technology'),
+(1824,'Wouter T. M.','Van Gompel','Institute for Materials Research (IMO-IMOMEC), Hybrid Materials Design, Hasselt University'),
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+(1832,'René A. J.','Janssen','Institute of Complex Molecular Systems Eindhoven University of Technology'),
+(1833,'Xuefen','Song','Nanjing Tech'),
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+(1835,'Qing','Chang','Nanjing Tech'),
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+(1856,'Oliver J.','Weber',''),
+(1857,'Jarvist M.','Frost',''),
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+(1859,'Azza','Ben-Akacha','Florida State University'),
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+/*!40000 ALTER TABLE `materials_author` ENABLE KEYS */;
+UNLOCK TABLES;
+
+--
+-- Table structure for table `materials_author_references`
+--
+
+DROP TABLE IF EXISTS `materials_author_references`;
+/*!40101 SET @saved_cs_client     = @@character_set_client */;
+/*!40101 SET character_set_client = utf8 */;
+CREATE TABLE `materials_author_references` (
+  `id` int(11) NOT NULL AUTO_INCREMENT,
+  `author_id` int(11) NOT NULL,
+  `reference_id` int(11) NOT NULL,
+  PRIMARY KEY (`id`)
+) ENGINE=InnoDB AUTO_INCREMENT=2382 DEFAULT CHARSET=utf8mb3 COLLATE=utf8mb3_uca1400_ai_ci;
+/*!40101 SET character_set_client = @saved_cs_client */;
+
+--
+-- Dumping data for table `materials_author_references`
+--
+
+LOCK TABLES `materials_author_references` WRITE;
+/*!40000 ALTER TABLE `materials_author_references` DISABLE KEYS */;
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+/*!40101 SET character_set_client = utf8 */;
+CREATE TABLE `materials_comment` (
+  `id` int(11) NOT NULL AUTO_INCREMENT,
+  `created` datetime(6) NOT NULL,
+  `updated` datetime(6) NOT NULL,
+  `text` longtext NOT NULL,
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+  `synthesis_method_id` int(11) DEFAULT NULL,
+  `updated_by_id` int(11) NOT NULL,
+  PRIMARY KEY (`id`),
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+  CONSTRAINT `materials_comment_created_by_id_8f69bba3_fk_auth_user_id` FOREIGN KEY (`created_by_id`) REFERENCES `auth_user` (`id`),
+  CONSTRAINT `materials_comment_experimental_details_e0fccad9_fk_materials` FOREIGN KEY (`experimental_details_id`) REFERENCES `materials_experimentaldetails` (`id`),
+  CONSTRAINT `materials_comment_synthesis_method_id_84cc9a70_fk_materials` FOREIGN KEY (`synthesis_method_id`) REFERENCES `materials_synthesismethod` (`id`),
+  CONSTRAINT `materials_comment_updated_by_id_c4cf2011_fk_auth_user_id` FOREIGN KEY (`updated_by_id`) REFERENCES `auth_user` (`id`)
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+INSERT INTO `materials_comment` VALUES
+(12,'2019-03-24 18:24:01.133405','2019-06-09 02:19:53.243070','Synthesis references:\r\n[1] A. Poglitsch and D. Weber, J. Chem. Phys., 1987, 87, 6373–6378.\r\n[2] Q. Xu, T. Eguchi, H. Nakayama, N. Nakamura and M. Kishita, Z. Naturforsch., A: Phys. Sci., 1991, 46, 240–246.',NULL,1,NULL,3,1),
+(84,'2019-04-09 01:27:02.748431','2019-04-09 01:27:02.748464','Synthesis references: [1] A. Poglitsch and D. Weber, J. Chem. Phys., 1987, 87, 6373–6378. [2] Q. Xu, T. Eguchi, H. Nakayama, N. Nakamura and M. Kishita, Z. Naturforsch., A: Phys. Sci., 1991, 46, 240–246.',NULL,1,NULL,37,1),
+(205,'2019-06-09 02:40:02.820682','2019-06-09 02:40:02.820352','Synthesis references:\r\n[1] Canadian Journal of Chemistry, 1987, 65(5): 1042-1046 https://doi.org/10.1139/v87-176\r\n[2] D. WEBER. Z. Naturforsch. 33b, 1443 (1978).',NULL,1,NULL,39,1),
+(208,'2019-06-09 21:01:42.926386','2019-06-09 21:01:42.925889','Synthesis references: [1] Canadian Journal of Chemistry, 1987, 65(5): 1042-1046 https://doi.org/10.1139/v87-176 [2] D. WEBER. Z. Naturforsch. 33b, 1443 (1978).',NULL,1,NULL,113,1),
+(211,'2019-06-09 21:17:49.374221','2019-06-09 21:17:49.373827','Synthesis references: [1] Canadian Journal of Chemistry, 1987, 65(5): 1042-1046 https://doi.org/10.1139/v87-176 [2] D. WEBER. Z. Naturforsch. 33b, 1443 (1978).',NULL,1,NULL,116,1),
+(214,'2019-06-09 22:01:17.229613','2019-06-09 22:01:17.229266','Synthesis references: [1] D. Weber, Z. Naturforsch. 33b, 1443 (1978).',NULL,1,NULL,119,1),
+(216,'2019-06-17 00:43:46.845150','2019-06-17 00:43:46.844861','References: [1] Tatsumi M., Matsuo T., Suga H. and Seki S., Bull. chem. Soc. Jap. 48, 3060 (1975). [2] Matsuo T. and Suga H., Thermochim. Acta 88, 149 (1985).',NULL,1,135,NULL,1),
+(250,'2019-07-08 02:20:50.362282','2019-07-08 02:20:50.362109','Refer to Table 2 for the positional data',NULL,1,159,NULL,1),
+(687,'2022-03-21 19:33:15.625651','2022-03-29 17:07:00.748990','Details of the sample chamber can be found on Page 2 of the publication.',NULL,75,NULL,1111,75),
+(758,'2022-11-22 15:24:23.040336','2022-11-22 15:24:23.040143','This data was obtained in transmittance mode and the sharp features seen in the data is part of the original published data. Scattering of the crystal is likely responsible for those features.',NULL,8,1347,NULL,8),
+(786,'2023-05-19 20:21:38.059390','2023-05-19 20:21:38.058940','Miss Leonhardt recorded the PXRD diagrams.',NULL,8,1717,NULL,8),
+(817,'2023-06-09 03:34:56.388654','2023-06-09 03:34:56.388344','Significantly more detail in paper.',NULL,130,1774,NULL,130),
+(818,'2023-06-09 03:36:15.555763','2023-06-09 03:36:15.555518','Significantly more detail in paper.',NULL,130,1775,NULL,130),
+(819,'2023-06-09 03:37:10.976345','2023-06-09 03:37:10.976104','Significantly more detail in paper.',NULL,130,1776,NULL,130),
+(833,'2023-07-27 02:03:35.679298','2023-07-27 02:03:35.678993','Significantly more detail in paper.',NULL,130,1798,NULL,130),
+(834,'2023-07-27 02:05:57.585555','2023-07-27 02:05:57.585323','Significantly more detail in paper.',NULL,130,1799,NULL,130),
+(835,'2023-07-27 02:07:46.599452','2023-07-27 02:07:46.599187','Significantly more detail in paper.',NULL,130,1800,NULL,130);
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+(170,'2019-04-09 01:27:02','2022-03-21 20:52:30','',1,1,21,7,1,75,0,1,6,NULL,NULL,1,'Manual entry',0,'','','','',NULL,''),
+(172,'2019-04-09 01:48:04','2022-03-29 21:04:10','',1,1,30,7,1,75,0,1,6,NULL,NULL,0,'Manual entry',0,'','','','Pm3m',NULL,''),
+(216,'2019-04-16 01:54:08','2022-06-16 10:36:38','',1,1,2,7,2,66,0,1,6,NULL,NULL,0,'Manual entry',1,'','','','P-1',2,''),
+(377,'2019-05-23 16:00:35','2022-06-23 02:09:37','',1,1,7,10,2,75,0,1,5,NULL,NULL,2,'Engauge Digitizer (Figure 5)',1,'','','','P-1',2,''),
+(434,'2019-06-09 21:01:42','2022-03-29 21:49:56','',1,1,30,27,1,75,0,1,2,NULL,NULL,1,'Manual entry',1,'','','','',NULL,''),
+(437,'2019-06-09 21:17:49','2022-03-29 21:18:37','',1,1,30,27,1,75,0,1,2,NULL,NULL,1,'Manual entry',0,'','','','',NULL,''),
+(440,'2019-06-09 22:01:17','2022-03-29 22:13:17','',1,1,51,27,1,75,0,1,2,NULL,NULL,0,'Manual entry',0,'','','','',NULL,''),
+(441,'2019-06-17 00:43:46','2022-08-31 18:38:33','',1,1,52,27,1,75,0,1,2,NULL,NULL,0,'Manual entry',0,'','','','',NULL,''),
+(446,'2019-06-18 15:41:21','2022-03-29 17:55:06','',1,1,29,27,1,75,0,1,2,NULL,NULL,1,'',0,'Powdered crystals','','','',NULL,''),
+(869,'2020-05-17 16:06:16','2022-03-30 21:17:05','',1,1,7,20,2,75,1,1,13,5,5,2,'Engauge Digitizer (Figure S3)',1,'Normalized absorbance','','','P-1',NULL,''),
+(1793,'2020-12-23 01:44:14','2022-09-17 14:09:56','',1,47,264,7,1,101,0,1,6,NULL,NULL,0,'manual extraction',1,'','','','Pm(-3)m',NULL,''),
+(1904,'2021-10-26 20:50:46','2022-03-30 21:38:04','',1,66,7,20,2,75,1,1,13,5,5,2,'Engauge Digitizer (Figure S3)',0,'Normalized absorbance','','','P-1',NULL,''),
+(1942,'2022-03-22 19:19:59','2022-03-22 19:22:15','',1,75,262,4,1,75,1,1,13,5,5,0,'manual extraction',1,'Intensity','','','Pm3m',NULL,''),
+(1943,'2022-03-22 19:35:15','2022-11-22 15:24:23','',1,75,262,20,1,8,1,1,13,5,5,0,'manual extraction',1,'Normalized absorbance','','','',NULL,''),
+(1945,'2022-03-22 20:05:11','2022-03-22 20:05:11','',1,75,262,10,1,75,0,1,5,NULL,NULL,0,'manual extraction',1,'','','','Pm3m',NULL,''),
+(2277,'2023-05-19 20:21:38','2023-05-19 20:21:38','Method: Powder X-ray Diffraction',1,8,295,7,1,8,0,1,6,NULL,NULL,1,'Manual from article',0,'','','','',NULL,''),
+(2334,'2023-06-09 03:34:56','2023-06-09 03:34:56','Method: Electroabsorption',1,130,297,1,2,130,0,1,1,NULL,NULL,2,'Manual from article (Table S1)',1,'','','','',NULL,''),
+(2335,'2023-06-09 03:36:15','2023-06-09 03:36:15','Method: Electroabsorption',1,130,297,43,2,130,0,1,1,NULL,NULL,2,'Manual from article (Table S1)',1,'','','','',NULL,''),
+(2336,'2023-06-09 03:37:10','2023-06-09 03:37:10','Method: Electroabsorption',1,130,297,103,2,130,0,1,1,NULL,NULL,2,'Manual from article (Table S1)',1,'','','','',NULL,''),
+(2357,'2023-07-27 02:03:35','2023-07-27 03:03:34','Method: Electroabsorption',1,130,297,1,1,130,0,1,1,NULL,NULL,2,'Manual from article (Table S1)',1,'','','','',NULL,''),
+(2358,'2023-07-27 02:05:57','2023-07-27 03:03:56','Method: Electroabsorption',1,130,297,43,1,130,0,1,1,NULL,NULL,2,'Manual from article (Table S1)',1,'','','','',NULL,''),
+(2359,'2023-07-27 02:07:46','2023-07-27 03:04:13','Method: Electroabsorption',1,130,297,103,1,130,0,1,1,NULL,NULL,2,'Manual from article (Table S1)',1,'','','','',NULL,'');
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+  CONSTRAINT `materials_dataset_ve_dataset_id_c65fcfcd_fk_materials` FOREIGN KEY (`dataset_id`) REFERENCES `materials_dataset` (`id`),
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+  `numerical_value_id` int(11) NOT NULL,
+  `updated_by_id` int(11) NOT NULL,
+  PRIMARY KEY (`numerical_value_id`),
+  KEY `materials_error_created_by_id_e7a2ce46_fk_auth_user_id` (`created_by_id`),
+  KEY `materials_error_updated_by_id_6572f51e_fk_auth_user_id` (`updated_by_id`),
+  CONSTRAINT `materials_error_created_by_id_e7a2ce46_fk_auth_user_id` FOREIGN KEY (`created_by_id`) REFERENCES `auth_user` (`id`),
+  CONSTRAINT `materials_error_numerical_value_id_01a8382f_fk_materials` FOREIGN KEY (`numerical_value_id`) REFERENCES `materials_numericalvalue` (`id`),
+  CONSTRAINT `materials_error_updated_by_id_6572f51e_fk_auth_user_id` FOREIGN KEY (`updated_by_id`) REFERENCES `auth_user` (`id`)
+) ENGINE=InnoDB DEFAULT CHARSET=utf8mb3 COLLATE=utf8mb3_uca1400_ai_ci;
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+('2019-04-11 19:08:53.422894','2019-04-11 19:08:53.422941',0.00006,1,4094,1),
+('2019-04-11 19:08:53.430849','2019-04-11 19:08:53.430909',0.00006,1,4096,1),
+('2019-04-11 19:08:53.486383','2019-04-11 19:08:53.486441',0.002,1,4110,1),
+('2019-04-11 19:08:53.494592','2019-04-11 19:08:53.494656',0.002,1,4112,1),
+('2019-04-11 19:08:53.504020','2019-04-11 19:08:53.504074',0.002,1,4114,1),
+('2019-04-16 01:54:08.803768','2019-04-16 01:54:08.803814',0.0003,1,4994,1),
+('2019-04-16 01:54:08.814431','2019-04-16 01:54:08.814505',0.0003,1,4995,1),
+('2019-04-16 01:54:08.826343','2019-04-16 01:54:08.826401',0.0005,1,4996,1),
+('2019-04-16 01:54:08.838136','2019-04-16 01:54:08.838221',0.001,1,4997,1),
+('2019-04-16 01:54:08.849301','2019-04-16 01:54:08.849366',0.001,1,4998,1),
+('2019-04-16 01:54:08.858873','2019-04-16 01:54:08.858918',0.001,1,4999,1),
+('2019-04-16 01:54:08.988951','2019-04-16 01:54:08.989069',0.00001,1,5015,1),
+('2019-04-16 01:54:08.989251','2019-04-16 01:54:08.989291',0.00001,1,5016,1),
+('2019-04-16 01:54:08.989404','2019-04-16 01:54:08.989464',0.00001,1,5017,1),
+('2019-04-16 01:54:08.989623','2019-04-16 01:54:08.989658',0.00001,1,5018,1),
+('2019-04-16 01:54:08.989760','2019-04-16 01:54:08.989830',0.00002,1,5019,1),
+('2019-04-16 01:54:08.989951','2019-04-16 01:54:08.990011',0.00001,1,5020,1),
+('2019-04-16 01:54:08.990173','2019-04-16 01:54:08.990210',0.0002,1,5021,1),
+('2019-04-16 01:54:08.990342','2019-04-16 01:54:08.990404',0.0001,1,5022,1),
+('2019-04-16 01:54:08.990530','2019-04-16 01:54:08.990568',0.0001,1,5023,1),
+('2019-04-16 01:54:08.990709','2019-04-16 01:54:08.990748',0.0002,1,5024,1),
+('2019-04-16 01:54:08.990825','2019-04-16 01:54:08.990856',0.0001,1,5025,1),
+('2019-04-16 01:54:08.991018','2019-04-16 01:54:08.991055',0.0001,1,5026,1),
+('2019-04-16 01:54:08.991136','2019-04-16 01:54:08.991167',0.0001,1,5027,1),
+('2019-04-16 01:54:08.991271','2019-04-16 01:54:08.991305',0.0001,1,5028,1),
+('2019-04-16 01:54:08.991381','2019-04-16 01:54:08.991412',-0.0001,1,5029,1),
+('2019-04-16 01:54:08.991568','2019-04-16 01:54:08.991603',0.0001,1,5030,1),
+('2019-04-16 01:54:08.991679','2019-04-16 01:54:08.991758',0.0001,1,5031,1),
+('2019-04-16 01:54:08.991849','2019-04-16 01:54:08.991881',-0.0001,1,5032,1),
+('2019-04-16 01:54:08.991986','2019-04-16 01:54:08.992021',0.0001,1,5033,1),
+('2019-04-16 01:54:08.992100','2019-04-16 01:54:08.992131',0.0001,1,5034,1),
+('2019-04-16 01:54:08.992268','2019-04-16 01:54:08.992307',-0.0001,1,5035,1),
+('2019-04-16 01:54:08.992405','2019-04-16 01:54:08.992511',0.0001,1,5036,1),
+('2019-04-16 01:54:08.992614','2019-04-16 01:54:08.992648',0.0001,1,5037,1),
+('2019-04-16 01:54:08.992758','2019-04-16 01:54:08.992793',-0.0001,1,5038,1),
+('2019-04-16 01:54:08.992869','2019-04-16 01:54:08.992900',0.0001,1,5039,1),
+('2019-04-16 01:54:08.993054','2019-04-16 01:54:08.993102',0.0001,1,5040,1),
+('2019-04-16 01:54:08.993247','2019-04-16 01:54:08.993282',0.0001,1,5041,1),
+('2019-04-16 01:54:08.993368','2019-04-16 01:54:08.993401',0.0001,1,5042,1),
+('2019-04-16 01:54:08.993495','2019-04-16 01:54:08.993569',-0.0001,1,5043,1),
+('2019-04-16 01:54:08.993755','2019-04-16 01:54:08.993826',-0.0001,1,5044,1),
+('2019-04-16 01:54:08.993976','2019-04-16 01:54:08.994012',0.0004,1,5045,1),
+('2019-04-16 01:54:08.994090','2019-04-16 01:54:08.994122',0.0004,1,5046,1),
+('2019-04-16 01:54:08.994245','2019-04-16 01:54:08.994318',0.0003,1,5047,1),
+('2019-04-16 01:54:08.994417','2019-04-16 01:54:08.994449',0.0005,1,5048,1),
+('2019-04-16 01:54:08.994619','2019-04-16 01:54:08.994655',0.0006,1,5049,1),
+('2019-04-16 01:54:08.994732','2019-04-16 01:54:08.994764',0.0004,1,5050,1),
+('2019-04-16 01:54:08.994880','2019-04-16 01:54:08.994915',0.0006,1,5051,1),
+('2019-04-16 01:54:08.994990','2019-04-16 01:54:08.995021',0.0006,1,5052,1),
+('2019-04-16 01:54:08.995100','2019-04-16 01:54:08.995155',0.0004,1,5053,1),
+('2019-04-16 01:54:08.995267','2019-04-16 01:54:08.995316',0.0006,1,5054,1),
+('2019-04-16 01:54:08.995463','2019-04-16 01:54:08.995520',0.0005,1,5055,1),
+('2019-04-16 01:54:08.995615','2019-04-16 01:54:08.995675',0.0004,1,5056,1),
+('2019-04-16 01:54:08.995764','2019-04-16 01:54:08.995796',0.0008,1,5057,1),
+('2019-04-16 01:54:08.995870','2019-04-16 01:54:08.995906',0.0007,1,5058,1),
+('2019-04-16 01:54:08.996075','2019-04-16 01:54:08.996119',0.0004,1,5059,1),
+('2019-04-16 01:54:08.996197','2019-04-16 01:54:08.996253',0.0007,1,5060,1),
+('2019-04-16 01:54:08.996335','2019-04-16 01:54:08.996367',0.0008,1,5061,1),
+('2019-04-16 01:54:08.996441','2019-04-16 01:54:08.996539',0.0005,1,5062,1),
+('2019-04-16 01:54:08.996721','2019-04-16 01:54:08.996774',0.0009,1,5063,1),
+('2019-04-16 01:54:08.996873','2019-04-16 01:54:08.996906',0.0008,1,5064,1),
+('2019-04-16 01:54:08.997013','2019-04-16 01:54:08.997046',0.0005,1,5065,1),
+('2019-04-16 01:54:08.997148','2019-04-16 01:54:08.997189',0.0009,1,5066,1),
+('2019-04-16 01:54:08.997290','2019-04-16 01:54:08.997322',0.0007,1,5067,1),
+('2019-04-16 01:54:08.997395','2019-04-16 01:54:08.997441',0.0005,1,5068,1),
+('2019-04-16 01:54:08.997624','2019-04-16 01:54:08.997697',0.0007,1,5069,1),
+('2019-04-16 01:54:08.997860','2019-04-16 01:54:08.997896',0.0006,1,5070,1),
+('2019-04-16 01:54:08.997986','2019-04-16 01:54:08.998019',0.0004,1,5071,1),
+('2019-04-16 01:54:08.998143','2019-04-16 01:54:08.998194',0.0004,1,5072,1),
+('2019-04-16 01:54:08.998273','2019-04-16 01:54:08.998304',-0.0004,1,5073,1),
+('2019-04-16 01:54:08.998515','2019-04-16 01:54:08.998554',-0.0003,1,5074,1),
+('2019-04-16 01:54:08.998632','2019-04-16 01:54:08.998664',0.0005,1,5075,1),
+('2019-04-16 01:54:08.998768','2019-04-16 01:54:08.998802',-0.0006,1,5076,1),
+('2019-04-16 01:54:08.998877','2019-04-16 01:54:08.998907',-0.0004,1,5077,1),
+('2019-04-16 01:54:08.998980','2019-04-16 01:54:08.999048',0.0006,1,5078,1),
+('2019-04-16 01:54:08.999179','2019-04-16 01:54:08.999213',-0.0006,1,5079,1),
+('2019-04-16 01:54:08.999306','2019-04-16 01:54:08.999371',-0.0004,1,5080,1),
+('2019-04-16 01:54:08.999599','2019-04-16 01:54:08.999656',0.0006,1,5081,1),
+('2019-04-16 01:54:08.999775','2019-04-16 01:54:08.999833',-0.0005,1,5082,1),
+('2019-04-16 01:54:08.999916','2019-04-16 01:54:08.999948',-0.0004,1,5083,1),
+('2019-04-16 01:54:09.000037','2019-04-16 01:54:09.000099',0.0008,1,5084,1),
+('2019-04-16 01:54:09.000180','2019-04-16 01:54:09.000245',-0.0007,1,5085,1),
+('2019-04-16 01:54:09.000330','2019-04-16 01:54:09.000364',-0.0005,1,5086,1),
+('2019-04-16 01:54:09.000469','2019-04-16 01:54:09.000523',0.0008,1,5087,1),
+('2019-04-16 01:54:09.000601','2019-04-16 01:54:09.000658',-0.0009,1,5088,1),
+('2019-04-16 01:54:09.000741','2019-04-16 01:54:09.000772',-0.0005,1,5089,1),
+('2019-04-16 01:54:09.000858','2019-04-16 01:54:09.000913',0.0008,1,5090,1),
+('2019-04-16 01:54:09.000994','2019-04-16 01:54:09.001025',-0.0008,1,5091,1),
+('2019-04-16 01:54:09.001101','2019-04-16 01:54:09.001154',-0.0005,1,5092,1),
+('2019-04-16 01:54:09.001250','2019-04-16 01:54:09.001299',0.0009,1,5093,1),
+('2019-04-16 01:54:09.001379','2019-04-16 01:54:09.001447',-0.0007,1,5094,1),
+('2019-04-16 01:54:09.001585','2019-04-16 01:54:09.001617',-0.0005,1,5095,1),
+('2019-04-16 01:54:09.001691','2019-04-16 01:54:09.001746',0.0006,1,5096,1),
+('2019-04-16 01:54:09.001829','2019-04-16 01:54:09.001861',-0.0006,1,5097,1),
+('2019-04-16 01:54:09.001934','2019-04-16 01:54:09.001984',-0.0004,1,5098,1),
+('2019-04-16 01:54:09.002123','2019-04-16 01:54:09.002158',0.0004,1,5099,1),
+('2019-04-16 01:54:09.002252','2019-04-16 01:54:09.002305',0.0004,1,5100,1),
+('2019-04-16 01:54:09.002409','2019-04-16 01:54:09.002441',-0.0003,1,5101,1),
+('2019-04-16 01:54:09.002551','2019-04-16 01:54:09.002612',0.0006,1,5102,1),
+('2019-04-16 01:54:09.002725','2019-04-16 01:54:09.002759',0.0006,1,5103,1),
+('2019-04-16 01:54:09.002892','2019-04-16 01:54:09.002975',-0.0004,1,5104,1),
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+(9,'2019-03-24 18:24:01.138210','2022-03-29 19:58:12.737864','UV-Vis absorption (diffuse reflectance)','UV-Visible-NIR spectrophotometer (Shimadzu UV-3600) with integrating sphere attachment (ISR-3100) operating in the 300–1500 nm region. Highly refined barium sulfate powder (Wako, pure) was used as a reflectance standard. Optical absorption coefficient was determined according to the Kubelka–Munk equation. In this manner, optical band gaps for the perovskites were determined. Refer to Page 9300 Section 3.1 Paragraph 3; Figure 3,4.',1,129,75,1),
+(42,'2019-04-08 21:05:32.416278','2022-03-21 20:19:48.321959','Temperature-dependent Guinier-Simon photograph','Not specified.',1,166,75,1),
+(43,'2019-04-08 21:11:31.616993','2022-03-21 20:23:34.696773','Temperature-dependent Guinier-Simon photograph','Not specified.',1,167,75,1),
+(44,'2019-04-08 21:15:04.573821','2022-03-21 20:25:16.060968','Temperature-dependent Guinier-Simon photograph','Not specified.',1,168,75,1),
+(46,'2019-04-09 01:27:02.751196','2022-03-21 20:52:30.591325','Powder X-ray diffraction','Bruker D8 Advance diffractometer (Bragg–Brentano geometry) equipped with a Cu-Ka X-ray tube operated at 40 kV and 40 mA. Refer to Page 9300 Section 3.1 Paragraph 2.',1,170,75,1),
+(48,'2019-04-09 01:48:04.156353','2022-03-21 21:22:42.904631','Single crystal X-ray diffraction','CAD-4 four-circle diffractometer; Mo Kα, λ = 0.70926 Å (graphite monochromator); T = 18 °C. Lorentz, polarization, and absorption corrections applied. Refer to page 413 Experimental.',1,172,75,1),
+(128,'2019-06-09 21:01:42.929191','2019-06-09 21:05:03.979214','2H and 14N NMR','Measurements were carried out at 8.48 T with a Nicolet 360NB spectrometer using a broad band (16-58 MHz) variable-temperature 10 mm probe supplied by Nicolet. The 2-H and 14-N frequencies were 55.427 and 26.083 MHz, respectively. Refer to Page 414 Results section Existence of transitions subsection.',1,434,1,1),
+(131,'2019-06-09 21:17:49.375207','2019-06-09 21:17:49.374861','Adiabatic calorimetry','The heat capacities were measured in an adiabatic calorimeter from 30 to 345 K, using sample masses of 14.6883 g MAPbCl3. Refer to Page 414 Table 1.',1,437,1,1),
+(134,'2019-06-09 22:01:17.230546','2022-03-29 22:13:17.065228','2H and 14N NMR','2H and 14N NMR spectra were recorded at 55.4257 and 26.083 MHz, respectively, on a Nicolet 360 NB spectrometer (B0 = 8.48 T). Refer to Page 581.',1,440,75,1),
+(135,'2019-06-17 00:43:46.844046','2022-03-29 22:33:16.640509','Adiabatic calorimetry','The heat capacities were measured with a computerized adiabatic calorimeter [1, 2]. The temperature ranges of the measurement were between 13 and 300 K. The mass of the calorimetric sample was 6.0483 g.',1,441,75,1),
+(140,'2019-06-18 15:41:21.496503','2019-06-18 15:41:21.496178','Temperature-dependent Guinier-Simon photograph','No method specified. Refer to Page 6374 Table I.',1,446,1,1),
+(159,'2019-07-08 02:20:50.361504','2022-03-29 22:47:16.758057','Single-crystal X-ray diffraction','A colorless single crystal of dimensions 0.09 mm X 0.18 mm X 0.27 mm was used. A full sphere of data was collected at room temperature on a Bruker SMART CCD diffractometer, equipped with a normal focus 2.4 kW sealed tube X-ray source (Mo Kα radiation, λ = 0.71073 Å). Refer to page 695 for details.',1,216,75,1),
+(168,'2019-07-14 18:09:33.841617','2022-03-30 20:50:11.211231','Photoluminescence','The photoluminescence spectra were measured using a Horiba-Jobi-Yvon LabRAM ARAMIS system, with a 325 nm He-Cd laser excitation. The laser beam was collimated and focused through a 40X UV objective onto the sample surface at room temperature. Refer to figure 5.',1,377,75,1),
+(169,'2019-07-14 18:09:36.252380','2022-03-30 19:40:27.320677','Photoluminescence','The photoluminescence spectra were measured using a Horiba-Jobi-Yvon LabRAM ARAMIS system, with a 325 nm He-Cd laser excitation. The laser beam was collimated and focused through a 40X UV objective onto the sample surface at room temperature. Refer to figure 5.',1,11,75,1),
+(455,'2020-05-17 16:06:16.743098','2022-03-29 01:30:51.231766','UV-Vis absorption','Optical absorption spectra were obtained using a Shimadzu UV-3600 spectrophotometer.',1,869,75,1),
+(1324,'2021-10-26 20:50:46.744685','2022-03-30 21:37:23.870059','UV-Vis absorption','Optical absorption spectra were obtained using a Shimadzu UV-3600 spectrophotometer.',66,1904,75,1),
+(1345,'2022-03-21 18:49:18.936345','2022-03-21 18:49:18.936098','Single crystal X-ray diffraction','The crystal was mounted on the glass capillary and fixed with epoxy resin. Crystallographic data were collected using a Rigaku RAXIS-RAPID diffractometer with Mo-Kα (λ = 0.71073 Å) radiation from a graphite monochromator. Structural refinements were performed using the full-matrix least-squares method on F2. The calculations were carried out with the Yadokari-XG software.',75,1793,75,1),
+(1346,'2022-03-22 19:19:59.036909','2022-03-22 19:21:39.460928','Photoluminescence measurement at 300 K','PL spectrum was recorded with a HORIBA iHR-550 spectrometer, liquid-nitrogen cooled CCD detector, and semiconductor laser operated at 266 nm.',75,1942,75,1),
+(1347,'2022-03-22 19:35:15.459579','2022-03-22 19:40:47.164328','UV-Vis absorption','The spectrum was recorded using a combination of a HOROBA iHR-550 spectrometer, Xenon lamp, and liquid-nitrogen cooled CCD detector',75,1943,75,1),
+(1349,'2022-03-22 20:05:11.464226','2022-03-22 20:05:11.464016','Photoluminescence measurement at 300 K','PL spectrum was recorded with a HORIBA iHR-550 spectrometer, liquid-nitrogen cooled CCD detector, and semiconductor laser operated at 266 nm.',75,1945,75,1),
+(1717,'2023-05-19 20:21:38.057864','2023-05-19 20:21:38.057244','Powder X-ray diffraction (PXRD)','X-ray powder diagrams collected with a Debye-Scherrer camera using Cu K-alpha radiation (wave length 1.54178 Angstrom).',8,2277,8,1),
+(1774,'2023-06-09 03:34:56.387869','2023-06-09 03:34:56.387640','Electroabsorption','Films were spin-coated onto interdigitated Au electrode array - 45 micron distance between opposing fingers. Samples mounted in cryostat with Cu wires soldered to opposing electrode stripes. Xe lamp light spectrally filtered, focused on sample and subsequently on UV-enhanced Si photodiode detector. Sample transmission, substrate transmission, and sample electrotransmission were collected in independent scans. Absorbance and electroabsorbance were then calculated from the respective transmissions.\r\n\r\nThe fundamental gap is determined by the crossover point of absorption curves measured under different electric fields in the fundamental band gap region.',130,2334,130,1),
+(1775,'2023-06-09 03:36:15.555059','2023-06-09 03:36:15.554838','Electroabsorption','Films were spin-coated onto interdigitated Au electrode array - 45 micron distance between opposing fingers. Samples mounted in cryostat with Cu wires soldered to opposing electrode stripes. Xe lamp light spectrally filtered, focused on sample and subsequently on UV-enhanced Si photodiode detector. Sample transmission, substrate transmission, and sample electrotransmission were collected in independent scans. Absorbance and electroabsorbance were then calculated from the respective transmissions. The exciton binding energy arises as the difference of the 1s exciton peak energy observed in conventional absorption and the fundamental gap as determined by the crossover point of absorption curves measured under different electric fields in the fundamental band gap region.',130,2335,130,1),
+(1776,'2023-06-09 03:37:10.975691','2023-06-09 03:37:10.975469','Electroabsorption','Films were spin-coated onto interdigitated Au electrode array - 45 micron distance between opposing fingers. Samples mounted in cryostat with Cu wires soldered to opposing electrode stripes. Xe lamp light spectrally filtered, focused on sample and subsequently on UV-enhanced Si photodiode detector. Sample transmission, substrate transmission, and sample electrotransmission were collected in independent scans. Absorbance and electroabsorbance were then calculated from the respective transmissions.',130,2336,130,1),
+(1798,'2023-07-27 02:03:35.678514','2023-07-27 02:03:35.678285','Electroabsorption','Films were spin-coated onto interdigitated Au electrode array - 45 micron distance between opposing fingers. Samples mounted in cryostat with Cu wires soldered to opposing electrode stripes. Xe lamp light spectrally filtered, focused on sample and subsequently on UV-enhanced Si photodiode detector. Sample transmission, substrate transmission, and sample electrotransmission were collected in independent scans.Absorbance and electroabsorbance were then calculated from the respective transmissions.\r\n\r\nThe fundamental gap is determined by the crossover point of absorption curves measured under different electric fields in the fundamental band gap region.',130,2357,130,1),
+(1799,'2023-07-27 02:05:57.584874','2023-07-27 02:05:57.584624','Electroabsorption','Films were spin-coated onto interdigitated Au electrode array - 45 micron distance between opposing fingers. Samples mounted in cryostat with Cu wires soldered to opposing electrode stripes. Xe lamp light spectrally filtered, focused on sample and subsequently on UV-enhanced Si photodiode detector. Sample transmission, substrate transmission, and sample electrotransmission were collected in independent scans. Absorbance and electroabsorbance were then calculated from the respective transmissions. The exciton binding energy arises as the difference of the 1s exciton peak energy observed in conventional absorption and the fundamental gap as determined by the crossover point of absorption curves measured under different electric fields in the fundamental band gap region.',130,2358,130,1),
+(1800,'2023-07-27 02:07:46.598615','2023-07-27 02:07:46.598361','Electroabsorption','Films were spin-coated onto interdigitated Au electrode array - 45 micron distance between opposing fingers. Samples mounted in cryostat with Cu wires soldered to opposing electrode stripes. Xe lamp light spectrally filtered, focused on sample and subsequently on UV-enhanced Si photodiode detector. Sample transmission, substrate transmission, and sample electrotransmission were collected in independent scans. Absorbance and electroabsorbance were then calculated from the respective transmissions.',130,2359,130,1);
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+(2,'2019-02-21 16:16:12','2019-02-21 16:16:12','temperature',15,15,''),
+(3,'2019-02-21 16:16:16','2019-02-21 16:16:16','pressure',15,15,''),
+(4,'2019-03-14 18:55:54','2019-03-14 18:55:54','photoluminescence',15,15,''),
+(5,'2019-03-14 18:56:03','2019-03-14 18:56:03','wavelength',15,15,''),
+(7,'2019-03-14 21:08:40','2019-05-02 15:13:46','atomic structure',15,15,''),
+(8,'2019-03-18 11:53:46','2020-04-26 14:13:54','absorption (deprecated)',1,1,''),
+(9,'2019-03-21 16:36:45','2019-04-29 21:16:15','absorption peak position',1,15,''),
+(10,'2019-03-25 18:56:35','2019-04-29 21:16:08','photoluminescence peak position',1,15,''),
+(11,'2019-04-05 16:18:28','2019-04-05 16:18:28','band structure',16,16,''),
+(13,'2019-04-29 20:08:27','2019-04-29 20:08:27','time',16,16,''),
+(14,'2019-04-29 20:27:29','2019-04-29 21:15:37','projected density of states',13,15,''),
+(15,'2019-04-30 02:12:57','2019-04-30 15:51:33','absorption coefficient',13,13,''),
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+(17,'2019-04-30 15:50:48','2022-05-19 18:42:42','Powder X-ray diffraction',13,75,''),
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+(20,'2019-04-30 16:55:17','2020-05-06 00:49:56','absorption spectrum',13,1,''),
+(25,'2019-06-04 21:10:38','2019-06-04 21:10:38','photoluminescence quantum efficiency (PLQE)',16,16,''),
+(26,'2019-06-05 10:46:56','2019-06-05 10:46:56','Stokes shift',16,16,''),
+(27,'2019-06-07 16:58:06','2019-06-07 16:58:06','phase transition temperature',15,15,''),
+(28,'2019-06-09 17:24:21','2021-06-22 18:06:58','band gap (optical, diffuse reflectance)',1,35,''),
+(29,'2019-06-09 17:37:33','2021-06-22 19:14:03','band gap (optical, transmission)',1,35,''),
+(30,'2019-07-04 15:34:14','2019-07-04 15:34:14','excitation energy',15,15,''),
+(31,'2019-08-19 19:06:18','2021-06-22 18:06:38','band gap (optical, theory)',20,35,''),
+(32,'2019-08-19 19:28:31','2019-08-19 19:28:31','2θ',19,19,''),
+(33,'2019-09-17 21:49:17','2019-09-17 21:49:17','luminescence',19,19,''),
+(34,'2019-09-18 16:40:10','2019-09-18 16:40:10','wavenumber',19,19,''),
+(35,'2020-04-14 21:45:42','2020-04-14 21:45:42','chiroptical activity',34,34,''),
+(36,'2020-04-26 20:26:46','2020-04-26 20:26:46','Photogenerated density',35,35,''),
+(37,'2020-04-26 20:44:58','2020-04-26 20:44:58','absorbance',35,35,''),
+(38,'2020-05-03 21:41:17','2020-05-03 21:41:17','Conductivity',35,35,''),
+(39,'2020-05-06 00:52:55','2020-05-06 00:52:55','Infrared absorption spectrum',1,1,''),
+(40,'2020-05-14 15:26:28','2020-05-14 15:26:28','photoluminescence excitation',1,1,''),
+(41,'2020-05-15 05:52:18','2020-05-15 05:52:18','Raman Shift',35,35,''),
+(42,'2020-06-22 02:56:45','2022-06-15 23:37:45','activation energy for electrical conduction',35,75,''),
+(43,'2020-06-22 18:43:35','2020-06-22 18:43:35','exciton binding energy',40,40,''),
+(44,'2020-06-25 16:43:55','2020-06-25 16:43:55','photon energy',40,40,''),
+(45,'2020-06-27 04:42:22','2020-06-27 04:42:22','circular dichroism (CD)',40,40,''),
+(46,'2020-07-01 19:14:56','2020-07-01 19:14:56','Weight',47,47,''),
+(47,'2020-07-02 18:40:17','2020-07-02 18:40:17','Dielectric constant',47,47,''),
+(48,'2020-07-04 15:11:16','2020-07-04 15:11:16','Molar susceptibility',47,47,''),
+(49,'2020-07-06 18:24:46','2020-07-06 18:24:46','current',40,40,''),
+(50,'2020-07-06 18:25:18','2020-07-06 18:25:18','bias',40,40,''),
+(51,'2020-07-06 18:53:35','2022-11-22 14:52:14','Absorption (Kubelka−Munk)',47,101,''),
+(52,'2020-07-07 18:33:14','2020-07-07 18:33:14','absorbance intensity',47,47,''),
+(53,'2020-07-09 18:54:58','2020-07-09 18:54:58','resistivity',40,40,''),
+(55,'2020-07-13 12:47:06','2020-07-27 05:16:52','Electroluminescence',47,35,''),
+(56,'2020-07-13 14:37:37','2020-07-13 14:37:37','Current Density (mA/cm2)',47,47,''),
+(57,'2020-07-13 14:37:51','2020-07-13 14:37:51','Current Density',47,47,''),
+(58,'2020-07-15 03:44:50','2020-07-15 03:44:50','tolerance factor',47,47,''),
+(59,'2020-07-17 03:14:57','2020-07-17 03:14:57','PL intensity',47,47,''),
+(60,'2020-07-17 15:34:34','2020-07-17 15:34:34','Thermogravimetric behavior',35,35,''),
+(61,'2020-07-17 18:36:07','2020-07-17 18:36:07','Chiral-induced spin Selectivity (CISS)',40,40,''),
+(62,'2020-07-18 20:53:48','2020-07-18 20:53:48','LED device characteristic',47,47,''),
+(63,'2020-07-21 18:41:02','2020-07-21 18:41:02','phase transition behavior',40,40,''),
+(64,'2020-07-21 18:44:16','2020-07-21 18:44:16','thermal transition behavior',40,40,''),
+(65,'2020-07-28 01:25:39','2020-07-28 01:25:39','Delay',47,47,''),
+(66,'2020-07-28 02:24:09','2020-07-28 02:24:09','voltage',47,47,''),
+(67,'2020-07-31 02:37:49','2020-07-31 02:37:49','Polar- Dielectric constants',47,47,''),
+(68,'2020-07-31 04:15:58','2020-07-31 04:15:58','two-photon absorption coefficient',35,35,''),
+(69,'2020-07-31 04:35:07','2020-07-31 04:35:07','dielectric permittivity',35,35,''),
+(70,'2020-07-31 04:37:07','2020-07-31 04:37:07','frequency',35,35,''),
+(71,'2020-07-31 13:25:38','2020-07-31 13:25:38','Magnetic Susceptibility',47,47,''),
+(72,'2020-12-22 07:05:02','2020-12-22 07:05:02','Electron Paramagnetic Resonance (EPR) Spectra',35,35,''),
+(73,'2020-12-22 07:05:43','2020-12-22 07:05:43','Magnetic Field',35,35,''),
+(74,'2020-12-22 08:07:24','2020-12-22 08:07:24','1/T',35,35,''),
+(75,'2021-01-05 04:25:33','2021-01-05 04:25:33','Melting Point',35,35,''),
+(76,'2021-01-26 22:39:28','2021-01-26 22:39:28','X-Ray Absorption Near Edge Structure (XANES)',35,35,''),
+(77,'2021-03-08 04:23:36','2021-03-08 04:23:36','Glass transition temperature',59,59,''),
+(78,'2021-03-08 04:24:06','2021-03-08 04:24:06','Degradation onset temperature',59,59,''),
+(79,'2021-03-08 04:25:05','2021-03-08 04:25:05','Crystallization onset temperature (Beginning from glass)',59,59,''),
+(80,'2022-02-28 13:15:50','2022-02-28 13:15:50','optical absorbtion',84,84,''),
+(81,'2022-04-01 20:40:38','2022-04-01 20:40:38','excitation wavelength',75,75,''),
+(82,'2022-04-01 20:41:22','2022-04-01 20:41:22','emission wavelength',75,75,''),
+(83,'2022-04-12 17:08:06','2022-04-12 18:12:50','band gap (optical, integrating sphere)',75,75,''),
+(84,'2022-04-21 16:42:17','2022-04-21 16:44:56','time-dependent photoluminescence',75,75,''),
+(85,'2022-04-26 23:12:21','2022-04-26 23:12:21','PL excitation peak position',75,75,''),
+(86,'2022-06-13 19:25:28','2022-11-29 14:51:31','band gap (band edge difference)',75,66,'band edge difference (UPS - CV)'),
+(87,'2022-07-05 15:17:51','2022-07-05 15:17:51','Scattering Intensity',75,75,''),
+(88,'2022-09-23 00:35:31','2022-09-23 00:47:10','differential scanning calorimetry',101,101,''),
+(89,'2022-09-29 19:58:20','2022-09-29 19:58:20','band structure (multiple inputs)',101,101,''),
+(90,'2022-09-29 20:10:57','2022-09-29 20:10:57','wave vector',101,101,''),
+(91,'2022-11-15 15:57:00','2022-11-21 22:32:26','Transient reflectance',101,75,''),
+(92,'2022-12-08 16:23:17','2022-12-08 16:23:17','external quantum efficiency (EQE)',101,101,''),
+(93,'2023-01-12 14:05:51','2023-01-12 14:10:24','electroluminescence (EL) intensity normalized',101,101,''),
+(95,'2023-02-13 16:20:55','2023-02-13 16:20:55','Transient Absorption Dynamics',20,20,''),
+(96,'2023-02-13 18:24:25','2023-02-13 18:24:25','Intensity',20,20,''),
+(98,'2023-02-13 18:45:57','2023-02-13 18:45:57','Superfluorescence (SF)',20,20,''),
+(99,'2023-02-13 19:10:46','2023-02-13 19:10:46','Superfluorescence (SF) Spectra',20,20,''),
+(100,'2023-02-13 19:14:05','2023-02-13 19:14:05','Superfluorescence (SF) Time-resolved PL',20,20,''),
+(101,'2023-02-13 19:14:39','2023-02-13 19:14:39','Superfluorescence (SF) Phase Diagram',20,20,''),
+(102,'2023-02-13 19:24:18','2023-02-13 19:24:18','Fluence',20,20,''),
+(103,'2023-03-04 23:02:11','2023-03-04 23:02:11','Exciton energy',8,8,''),
+(104,'2023-03-05 18:04:16','2023-03-05 18:04:16','Band gap (fundamental, calculated) (DFT-HSE06+SOC)',8,8,''),
+(105,'2023-10-09 23:44:27','2023-10-09 23:44:27','Photo conversion efficiency',138,138,''),
+(106,'2024-01-30 17:01:23','2024-01-30 17:01:23','Interlayer Distance, Inorganic-to-Inorganic',8,8,''),
+(107,'2024-03-01 15:31:56','2024-03-01 15:31:56','photoluminescence (integrated intensity)',130,130,'photoluminescence spectroscopy'),
+(108,'2024-11-18 18:21:35','2024-11-18 18:21:35','circularly polarized luminescence',1269,1269,'');
+/*!40000 ALTER TABLE `materials_property` ENABLE KEYS */;
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+CREATE TABLE `materials_reference` (
+  `id` int(11) NOT NULL AUTO_INCREMENT,
+  `title` varchar(1000) NOT NULL,
+  `journal` varchar(500) NOT NULL,
+  `vol` varchar(100) NOT NULL,
+  `pages_start` varchar(10) NOT NULL,
+  `pages_end` varchar(10) NOT NULL,
+  `year` varchar(4) NOT NULL,
+  `doi_isbn` varchar(100) NOT NULL,
+  PRIMARY KEY (`id`)
+) ENGINE=InnoDB AUTO_INCREMENT=353 DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
+/*!40101 SET character_set_client = @saved_cs_client */;
+
+--
+-- Dumping data for table `materials_reference`
+--
+
+LOCK TABLES `materials_reference` WRITE;
+/*!40000 ALTER TABLE `materials_reference` DISABLE KEYS */;
+INSERT INTO `materials_reference` VALUES
+(1,'Synthesis, Structure, and Properties of Organic-Inorganic Perovskites and Related Materials','Progress in Inorganic Chemistry','48','1','121','1999','0-471-32623-2'),
+(2,'A Layered Solution Crystal Growth Technique and the Crystal Structure of (C6H5C2H4NH3)2PbCl4','Journal of Solid State Chemistry','145','694','704','1999','https://doi.org/10.1006/jssc.1999.8281'),
+(3,'Design, Structure, and Optical Properties of Organic-Inorganic Perovskites Containing an Oligothiophene Chromophore','Inorganic Chemistry','38','6246','6256','1999',''),
+(4,'Crystal structure of bis(2-anthrylmethylammonium) lead tetrachloride, (C15H11NH3)2PbCl4','Zeitschrift für Kristallographie - New Crystal Structures','214','335','336','1999','10.1515/ncrs-1999-0320'),
+(5,'Structure change of Ca1-x SrxTiO3 perovskite with composition and pressure','American Mineralogist','87(8-9)','1183','1189','2002','10.2138/am-2002-8-917'),
+(6,'Tunable Semiconductors: Control over Carrier States and Excitations in Layered Hybrid Organic-Inorganic Perovskites','Physical Review Letters','121','146401-1','146401-6','2018','10.1103/PhysRevLett.121.146401'),
+(7,'Two-Dimensional Lead(II) Halide-Based Hybrid Perovskites Templated by Acene Alkylamines: Crystal Structures, Optical Properties, and Piezoelectricity','Inorganic Chemistry','56','9291','9302','2017','10.1021/acs.inorgchem.7b01094'),
+(8,'Poly[bis(phenethylammonium) [di-bromido-plumbate(II)]-di-μ-bromido]]','Acta Crystallographica','65','m1323','m1324','2009','10.1107/S160053680903712X'),
+(9,'Preparation and Characterization of [C6H5CH2 NH3]2PbI4, [C6H5CH2CH2SC(NH2)2]3 PbI5 and [C10H7CH2NH3]PbI3 Organic-Inorganic Hybrid Compounds','Z. Naturforsch','54 b','1405','1409','1999','10.1515/znb-1999-1112'),
+(10,'Crystal structure of bis(benzylammonium) lead tetrachloride,(C7H7NH3)2PbCl4','Zeitschrift für Kristallographie - New Crystal Structures','214','331','332','1999','10.1515/ncrs-1999-0318'),
+(11,'Crystal structure of bis(2-naphthylmethylammonium) lead tetra-chloride, (C11H9NH3)2PbCl4','Zeitschrift für Kristallographie - New Crystal Structures','214','333','334','1999','10.1515/ncrs-1999-0319'),
+(12,'Synthesis, Crystal Structure, and Optical and Thermal Properties of (C4H9NH3)2MI4 (M = Ge, Sn, Pb)','Chem. Mater.','8','791','800','1996','10.1021/cm9505097'),
+(13,'Synthesis and crystal chemistry of the hybrid perovskite (CH3NH3)PbI3 for solid-state sensitised solar cell applications','Journal of Materials Chemistry','1','5628','5641','2013','10.1039/c3ta10518k'),
+(14,'Complete structure and cation orientation in the perovskite photovoltaic methylammonium lead iodide between 100 and 352 K','Chemical Communications','51','4180','4183','2015','10.1039/c4cc09944c'),
+(15,'Structural Study on Cubic–Tetragonal Transition of CH3NH3PbI3','Journal of the Physical Society of Japan','71','1694','1697','2002','10.1143/JPSJ.71.1694'),
+(17,'Characterization of an abnormal photoluminescence behavior upon crystal-phase transition of perovskite CH3NH3PbI3','Physical Chemistry Chemical Physics','17','16405','16411','2015','10.1039/C5CP02605A'),
+(18,'Free Carriers versus Excitons in CH3NH3PbI3 Perovskite Thin Films at Low Temperatures: Charge Transfer from the Orthorhombic Phase to the Tetragonal Phase','The Journal of Physical Chemistry Letters','7','2316','2321','2016','10.1021/acs.jpclett.6b00781'),
+(19,'Formamidinium lead trihalide: a broadly tunable perovskite for efficient planar heterojunction solar cells','Energy & Environmental Science','7','982','988','2014','10.1039/c3ee43822h'),
+(20,'Hybrid Perovskite Light-Emitting Diodes Based on Perovskite Nanocrystals with Organic–Inorganic Mixed Cations','Advanced Materials','29','1606405','1606405','2017','10.1002/adma.201606405'),
+(21,'A combined single crystal neutron/X-ray diffraction and solid-state nuclear magnetic resonance study of the hybrid perovskites CH3NH3PbX3 (X = I, Br and Cl)','Journal of Materials Chemistry A','3','9298','9307','2015','10.1039/c5ta01125f'),
+(22,'Semiconducting Tin and Lead Iodide Perovskites with Organic Cations: Phase Transitions, High Mobilities, and Near-Infrared Photoluminescent Properties','Inorganic Chemistry','52','9019','9038','2013','10.1021/ic401215x'),
+(23,'Single Crystal Formamidinium Lead Iodide (FAPbI3): Insight into the Structural, Optical, and Electrical Properties','Advanced Materials','28','2253','2258','2016','10.1002/adma.201505002'),
+(24,'Structures, Phase Transitions and Tricritical Behavior of the Hybrid Perovskite Methyl Ammonium Lead Iodide','Scientific Reports','6','35685:1','35685:15','2016','10.1038/srep35685'),
+(25,'Organometal Halide Perovskites as Visible-Light Sensitizers for Photovoltaic Cells','Journal of the American Chemical Society','131','6050','6051','2009','10.1021/ja809598r'),
+(26,'Atomistic Mechanism of Broadband Emission in Metal Halide Perovskites','The Journal of Physical Chemistry Letters','10','501','506','2019','10.1021/acs.jpclett.8b03717'),
+(27,'Transport, Optical, and Magnetic Properties of the Conducting Halide Perovskite CH3NH3SnI3','Journal of Solid State Chemistry','114','159','163','1995','10.1006/jssc.1995.1023'),
+(28,'Synthesis, Resistivity, and Thermal Properties of the Cubic Perovskite NH2CH=NH2SnI3 and Related Systems','Journal of Solid State Chemistry','134','376','381','1997','10.1006/jssc.1997.7593'),
+(29,'Dynamic disorder in methylammoniumtrihalogenoplumbates (II) observed by millimeter-wave spectroscopy','The Journal of Chemical Physics','87','6373','6378','1987','10.1063/1.453467'),
+(30,'Alkylammonium lead halides. Part 2. CH3NH3PbX3 (X = Cl, Br, I) perovskites: cuboctahedral halide cages with isotropic cation reorientation','Canadian Journal of Chemistry','68','412','422','1990','10.1139/v90-063'),
+(31,'Phase transitions in the perovskite methylammonium lead bromide, CH3ND3PbBr3','Journal of Solid State Chemistry','176','97','104','2003','doi:10.1016/S0022-4596(03)00352-9'),
+(32,'A Direct-Bandgap 2D Silver-Bismuth Iodide Double Perovskite: The Structure-Directing Influence of an Oligothiophene Spacer Cation.','Journal of the American Chemical Society','141','7955','7964','2019','10.1021/jacs.9b02909'),
+(33,'Intrinsic Defect Properties in Halide Double Perovskites for Optoelectronic Applications','Physical Review Applied','10','041001-1','041001-7','2018','10.1103/PhysRevApplied.10.041001'),
+(36,'Tunable internal quantum well alignment in rationally designed oligomer-based perovskite films deposited by resonant infrared matrix-assisted pulsed laser evaporation','Mater. Horiz.','6','1707','1716','2019','10.1039/c9mh00366e'),
+(37,'Formation of Surface Defects Dominates Ion Migration in Lead-Halide Perovskites','ACS Energy Letters','4','779','785','2019','10.1021/acsenergylett.9b00247'),
+(38,'Self-Assembly of Broadband White-Light Emitters','JOURNAL OF THE AMERICAN CHEMICAL SOCIETY','136','1718','1721','2014','10.1021/ja411045r'),
+(39,'Intrinsic White-Light Emission from Layered Hybrid Perovskites','JOURNAL OF THE AMERICAN CHEMICAL SOCIETY','136','13154','13157','2014','10.1021/ja507086b'),
+(40,'Optical Investigation of Broadband White-Light Emission in SelfAssembled Organic−Inorganic Perovskite (C6H11NH3)2PbBr4','The journal of physical chemistry C','119','23638','23647','2015','10.1021/acs.jpcc.5b06211'),
+(41,'Novel 〈110〉-Oriented Organic-Inorganic Perovskite Compound Stabilized by N-(3-Aminopropyl)imidazole with Improved Optical Properties','Chemistry of Materials','18','3463','3469','2006','10.1021/cm060714u'),
+(42,'Morphology-Independent Stable White-Light Emission from SelfAssembled Two-Dimensional Perovskites Driven by Strong Exciton− Phonon Coupling to the Organic Framework','Chemistry of Materials','29','3947','3953','2017','10.1021/acs.chemmater.7b00073'),
+(43,'Tunable White-Light Emission in Single-Cation-Templated Three-Layered 2D Perovskites (CH3CH2NH3)4Pb3Br10−xClx','JOURNAL OF THE AMERICAN CHEMICAL SOCIETY','139','11956','11963','2017','10.1021/jacs.7b06143'),
+(44,'Formation of Long-Lived Color Centers for Broadband Visible Light Emission in Low-Dimensional Layered Perovskites','JOURNAL OF THE AMERICAN CHEMICAL SOCIETY','139','18632','18639','2017','10.1021/jacs.7b10223'),
+(45,'Structural origins of broadband emission from layered Pb–Br hybrid perovskites','Chemical Science','8','4497','4504','2017','10.1039/c7sc01590a'),
+(46,'White-Light Emission and Structural Distortion in New Corrugated Two-Dimensional Lead Bromide Perovskites','JOURNAL OF THE AMERICAN CHEMICAL SOCIETY','139','5210','5215','2017','10.1021/jacs.7b01312'),
+(47,'Broadband Emission in Two-Dimensional Hybrid Perovskites: The Role of Structural Deformation','JOURNAL OF THE AMERICAN CHEMICAL SOCIETY','139','39','42','2017','10.1021/jacs.6b10390'),
+(48,'Broadband white-light emission with a high color rendering index in a two-dimensional organic–inorganic hybrid perovskite','Journal of Materials Chemistry C','6','1171','1175','2018','10.1039/c7tc04868h'),
+(49,'Broadband Emission in a New Two-Dimensional Cd-Based Hybrid Perovskite','ACS Photonics','5','1599','1611','2018','10.1021/acsphotonics.8b00052'),
+(50,'Highly efficient white-light emission in a polar two-dimensional hybrid perovskite','Chemical Communications','54','4053','4056','2018','10.1039/c8cc01663a'),
+(51,'CATION ROTATION IN METHYLAMMONIUM LEAD HALIDES','Solid State Communications','56','581','582','1985','10.1016/0038-1098(85)90959-7'),
+(52,'Calorimetric and IR Spectroscopic Studies of Phase Transitions in Methylammonium Trihalogenoplumbates (II)','Journal of Physics and Chemistry of Solids','51','1383','1395','1990','10.1016/0022-3697(90)90021-7'),
+(53,'Ultra-Low Thermal Conductivity in Organic−Inorganic Hybrid Perovskite CH3NH3PbI3','The Journal of Physical Chemistry Letters','5','2488','2492','2014','dx.doi.org/10.1021/jz5012109'),
+(54,'Size-dependent phase transition in methylammonium lead iodide perovskite microplate crystals','Nature Communications','7:11330','1','8','2016','10.1038/ncomms11330'),
+(55,'Temperature-dependent studies of exciton binding energy and phase-transition suppression in (Cs,FA,MA)Pb(I,Br)3 perovskites','APL Materials','7','031113-1','031113-8','2019','10.1063/1.5083792'),
+(56,'Analysis of Multivalley and Multibandgap Absorption and Enhancement of Free Carriers Related to Exciton Screening in Hybrid Perovskites','The Journal of Physical Chemistry C','118','11566','11572','2014','10.1021/jp503337a'),
+(57,'Excitons versus free charges in organo-lead tri-halide perovskites','Nature Communications','5','3586-1','3586-6','2014','10.1038/ncomms4586'),
+(58,'Organic-Inorganic Perovskites Containing Trivalent Metal Halide Layers: The Templating Influence of the Organic Cation Layer','Inorganic Chemistry','39','6107','6113','2000','10.1021/ic000794i'),
+(59,'Luminescent zero-dimensional organic metal halide hybrids with near-unity quantum efficiency','Chemical Science','9','586','593','2018','10.1039/c7sc04539e'),
+(60,'Structural Diversity in White-Light-Emitting Hybrid Lead Bromide Perovskites','Journal of the American Chemical Society','140','13078','13088','2018','10.1021/jacs.8b08691'),
+(61,'Synthetic control over orientational degeneracy of spacer cations enhances solar cell efficiency in two-dimensional perovskites','Nature Communications','10','1276','1276','2019','10.1038/s41467-019-08980-x'),
+(62,'Giant Rashba splitting in 2D organic-inorganic halide perovskites measured by transient spectroscopies','SCIENCE ADVANCES','3','e1700704','e1700704','2017','10.1126/sciadv.1700704'),
+(63,'Hybrid Dion−Jacobson 2D Lead Iodide Perovskites','Journal of the American Chemical Society','140 (10)','3775','3783','2018','10.1021/jacs.8b00542'),
+(64,'Aryl-Perfluoroaryl Interaction in TwoDimensional Organic−Inorganic Hybrid Perovskites Boosts Stability and Photovoltaic Efficiency','ACS Materials Letters','1','171','176','2019','doi.org/10.1021/acsmaterialslett.9b00102'),
+(65,'Melting temperature suppression of layered hybrid lead halide perovskites via organic ammonium cation branching','Chemical Science','10','1168','1175','2019','10.1039/C8SC03863E'),
+(66,'Photovoltaic Properties of Two-Dimensional (CH3NH3)2Pb(SCN)2I2 Perovskite: A Combined Experimental and Density Functional Theory Study','The Journal of Physical Chemistry Letters','7','1213','1218','2016','10.1021/acs.jpclett.6b00248'),
+(68,'Hybrid Germanium Iodide Perovskite Semiconductors: Active Lone Pairs, Structural Distortions, Direct and Indirect Energy Gaps, and Strong Nonlinear Optical Properties','J. Am. Chem. Soc.','137','6804','6819','2015','https://doi.org/10.1021/jacs.5b01025'),
+(69,'Low-Dimensional Organic Tin Bromide Perovskites and Their Photoinduced Structural Transformation','Angew. Chem. Int. Ed.','56','9018','9022','17','DOI: 10.1002/anie.201702825'),
+(70,'Hybrid Inorganic−Organic Materials with an Optoelectronically Active Aromatic Cation: (C7H7)2SnI6 and C7H7PbI3','Inorganic Chemistry','54','370','378','2015','10.1021/ic5025795'),
+(71,'Synthesis, Single-Crystal Structure and Characterization of (CH3NH3)2Pb(SCN)2I2','Angewandte Correspondence','54','11016','11017','2015','10.1002/anie.201506449'),
+(72,'ABC','ABC','1','1','1','2019','10.1021/jacs.9b02909'),
+(73,'Ruddlesden−Popper Hybrid Lead Iodide Perovskite 2D Homologous Semiconductors','Chemistry of Materials','28','2853','2867','2016','10.1021/acs.chemmater.6b00847'),
+(74,'One-dimensional organic lead halide perovskites with efficient bluish white-light emission','Nature Communications','8','145051','145051','2017','10.1038/ncomms14051'),
+(75,'A Layered Hybrid Perovskite Solar-Cell Absorber with Enhanced Moisture Stability','Angewandte Communications','53','11232','11235','2014','10.1002/anie.201406466'),
+(76,'Luminescent zero-dimensional organic metal halide hybrids with near-unity quantum efficiency','Chemical Science','9','586','593','2018','10.1039/C7SC04539E'),
+(77,'Two-Dimensional Lead Halide Perovskites Templated by a Conjugated Asymmetric Diammonium','Inorganic Chemistry','56','14991','14998','2017','doi.org/10.1021/acs.inorgchem.7b02285'),
+(78,'Two-Dimensional Lead Halide Perovskites Templated by a Conjugated Asymmetric Diammonium','Inorganic Chemistry','56','14991','14998','2017','doi.org/10.1021/acs.inorgchem.7b02285'),
+(79,'Layer-Dependent Rashba Band Splitting in 2D Hybrid Perovskites','Chemistry of Materials','30','8538','8545','2018','10.1021/acs.chemmater.8b03436'),
+(80,'Layered structures of organic/inorganic hybrid halide perovskites','PHYSICAL REVIEW B','93','094105-1','094105-6','2016','10.1103/PhysRevB.93.094105'),
+(81,'Highly Emissive Self-Trapped Excitons in Fully Inorganic Zero- Dimensional Tin Halides','Angewandte Chemie International Edition','57','11329','11333','2018','10.1002/anie.201806452'),
+(82,'A One-Dimensional Organic Lead Chloride Hybrid with Excitation-Dependent Broadband Emissions','ACS Energy Letters','3','1443','1449','2018','10.1021/acsenergylett.8b00661'),
+(83,'Jun Hu, Wei You, to be published','/','/','/','/','2019','/'),
+(84,'Highly Efficient Broadband Yellow Phosphor Based on Zero-Dimensional Tin Mixed-Halide Perovskite','ACS Applied Materials & Interfaces','9','44579','44583','2017','10.1021/acsami.7b12862'),
+(85,'Two packing motifs based upon chains of edge-sharing PbI6 octahedra','Acta Crystallographica Section C','C62','m597','m601','2006','10.1107/S0108270106039746'),
+(86,'Conducting Layered Organic-Inorganic Halides Containing <110>-Oriented Perovskite Sheets','Science','267','1473','1476','1995','10.1126/science.267.5203.1473'),
+(87,'Synthesis, characterization and phase transitions of the inorganic–organic layered perovskite-type hybrids [(CnH2n+1NH3)2PbI4](n = 12, 14, 16 and 18)','New Journal of Chemistry','32','1736','1746','2008','10.1039/b805417g'),
+(88,'Synthesis and Characterization of [NH2C(I)==NH2]3Ml5 (M = Sn, Pb): Stereochemical Activity in Divalent Tin and Lead Halides Containing Single <110> Perovskite Sheets','Journal of the American Chemical Society','117','5297','5302','1995','10.1021/ja00124a012'),
+(89,'Bis(propane-1,2-diammonium) hexaiodoplumbate(II) trihydrate','Acta Crystallographica','E62','m1103','m1105','2006','10.1107/S1600536806013973'),
+(90,'catena-Poly[bis(tert-butylammonium) [plumbate(II)-tri-l-iodo] iodide dihydrate]','Acta Crystallographica','C62','m264','m266','2006','10.1107/S0108270106016167'),
+(91,'catena-Poly[tetra­kis(3-phenyl­propyl­ammonium) [iodo­plumbate(II)-tri-μ-iodo-plumbate(II)-tri-μ-iodo-iodo­plumbate(II)-di-μ-iodo]]','Acta Crystallographica','C62','m174','m176','2006','10.1107/S0108270106009127'),
+(92,'Synthesis and structure of a new layered organic–inorganic compound containing unique chains of PbI2','Chemical Communications','7','697','698','1997','10.1039/A608415J'),
+(93,'Structurally Tailored Organic-Inorganic Perovskites: Optical Properties and Solution-Processed Channel Materials for Thin-Film Transistors','Chemistry of Materials','13','3728','3740','2001','10.1021/cm010105g'),
+(94,'Phenylamines as building blocks to layered inorganic–organic structures','CrystEngComm','6','437','442','2004','10.1039/b406671e'),
+(95,'Phase-Pure Hybrid Layered Lead Iodide Perovskite Films Based on a Two-Step Melt-Processing Approach','Chemistry of Materials','31','4267','4274','2019','10.1021/acs.chemmater.9b01265'),
+(96,'unpublished','-','-','-','-','-',''),
+(97,'Effect of Mono- versus Di-ammonium Cation of 2,2‘-Bithiophene Derivatives on the Structure of Organic−Inorganic Hybrid Materials Based on Iodo Metallates','Inorganic Chemistry','42','5330','5339','2003','10.1021/ic034235y'),
+(98,'Cs2InAgCl6: A New Lead-Free Halide Double Perovskite with Direct Band Gap','The Journal of Physical Chemistry Letters','8','772','778','2017','10.1021/acs.jpclett.6b02682'),
+(99,'Defect Tolerance to Intolerance in the Vacancy-Ordered Double Perovskite Semiconductors Cs2SnI6 and Cs2TeI6','Journal of the American Chemical Society','138','8453','8464','2016','10.1021/jacs.6b03207'),
+(100,'Synthesis, characterization and phase transitions of the inorganic–organic layered perovskite-type hybrids [(CnH2n+1NH3)2PbI4], n = 7, 8, 9 and 10','Dalton Transactions','41','1146','1157','2012','10.1039/c0dt01805h'),
+(101,'The synthesis, structure and electronic properties of a lead-free hybrid inorganic–organic double perovskite (MA)2KBiCl6 (MA = methylammonium)','Materials Horizon','3','328','332','2016','10.1039/c6mh00053c'),
+(102,'Tunable Charge Transport in Soluble Organic–Inorganic Hybrid Semiconductors','Chemistry of Materials','19','6312','6316','2007','10.1021/cm702405c'),
+(103,'Structural Phase Transitions of a Layered Organic−Inorganic Hybrid Compound: Tetra(cyclopentylammonium) Decachlorotricadmate(II), [C5H9NH3]4Cd3Cl10','Inorganic Chemistry','53','8913','8918','2014','10.1021/ic500554z'),
+(104,'An organic–inorganic hybrid perovskite containing copper paddle-wheel clusters linking perovskite layers : [Cu(O2C–(CH2)3–NH3)2]PbBr4','Chemical Communications','7','844','845','2004','10.1039/B316847F'),
+(105,'Unique Hydrogen Bonding Correlating with a Reduced Band Gap and Phase Transition in the Hybrid Perovskites (HO(CH2)2NH3)2PbX4 (X ) I, Br)','Inorganic Chemistry','43','8361','8366','2004','10.1021/ic048814u'),
+(106,'(C4H3SCH2NH3)2(CH3NH3)Pb2I7 : non-centrosymmetrical crystal structure of a bilayer hybrid perovskite','Chemical Communications','18','2160','2161','2002','10.1039/B205543K'),
+(107,'Mechanical Tunability via Hydrogen Bonding in Metal−Organic Frameworks with the Perovskite Architecture','Journal of the American Chemical Society','136','7801','7804','2014','10.1021/ja500618z'),
+(108,'Jahn−Teller Effect on Framework Flexibility of Hybrid Organic− Inorganic Perovskites','the Journal of Physical Chemistry Letters','9','751','755','2018','10.1021/acs.jpclett.7b03229'),
+(109,'Two Chain Compounds of [M(N3)2(HCOO)][(CH3)2NH2] (M ) Fe and Co) with a Mixed Azido/Formato Bridge Displaying Metamagnetic Behavior','Inorganic Chemistry','45','2782','2784','2006','10.1021/ic0521527'),
+(110,'[CH3NH2(CH2)2NH2CH3][M2(HCOO)6] (M = Mn(II) and Co(II)): Weak Ferromagnetic Metal Formate Frameworks of Unique Binodal 6-Connected (4^12‚6^3)(4^9‚6^6) Topology, Templated by a Diammonium Cation','Inorganic Chemistry','46','8439','8441','2007','10.1021/ic700924j'),
+(111,'Perovskite-like Metal Formates with Weak Ferromagnetism and as Precursors to Amorphous Materials','Inorganic Chemistry','43','4615','4625','2004','10.1021/ic0498081'),
+(112,'Layered 2D alkyldiammonium lead iodide perovskites: synthesis, characterization, and use in solar cells','Journal of Materials Chemistry A','4','15638','15646','2016','10.1039/c6ta05055g'),
+(113,'Structural and electronic properties of the natural quantum-well system (C6H5CH2CH2NH3)2SnI4','Solid State Communications','91','695','698','1994',''),
+(114,'Preparation and Characterization of (C6H5CH2CH2NH3)2SnI4 and (C6H5CH2CH2NH3)2SnBr4','Zeitschrift für Naturforschung','48 b','1013','1014','1993','10.1515/znb-1993-0727'),
+(115,'A near-room-temperature organic–inorganic hybrid ferroelectric: [C6H5CH2CH2NH3]2[CdI4]','Chemical Communications','53','5764','5766','2017','10.1039/c7cc02408h'),
+(116,'Ultra high phase transition temperature in a metal-halide perovskite-type material containing unprecedented hydrogen bonding interactions','Dalton Transactions','48','6621','6626','2019','10.1039/c9dt00945k'),
+(117,'An organic-inorganic perovskite ferroelectric with large piezoelectric response','Science','357','306','309','2017','10.1126/science.aai8535'),
+(118,'Extra thermo- and water-stable one-dimensional organic–inorganic hybrid perovskite [N-methyldabconium]PbI3 showing switchable dielectric behaviour, conductivity and bright yellow-green emission','Chemical Communications','54','4321','4324','2018','10.1039/c8cc00786a'),
+(119,'Phase Transition, Dielectric Properties, and Ionic Transport in the [(CH3)2NH2]PbI3 Organic–Inorganic Hybrid with 2H-Hexagonal Perovskite Structure','Inorganic Chemistry','56','4918','4927','2017','10.1021/acs.inorgchem.6b03095'),
+(120,'Phase Transition, Dielectrics, Single-Ion Conductance, and Thermochromic Luminescence of a Inorganic−Organic Hybrid of [Triethylpropylammonium][PbI3]','Inorganic Chemistry','56','9525','9534','2017','10.1021/acs.inorgchem.7b00881'),
+(121,'[(CH3)2NH2]7Pb4X15 (X = Cl− and Br−), 2D-Perovskite Related Hybrids with Dielectric Transitions and Broadband Photoluminiscent Emission','Inorganic Chemistry','57','3215','3222','2018','10.1021/acs.inorgchem.7b03217'),
+(122,'Layered Germanium Hybrid Perovskite Bromides: Insights from Experiments and First‐Principles Calculations','Advanced Functional Materials','29','1903528-1','1903528-9','2019','10.1002/adfm.201903528'),
+(123,'New class of lead free perovskite material for low-cost solar cell application','Materials Research Bulletin','97','572','577','2018','10.1016/j.materresbull.2017.09.054'),
+(124,'Properties and solar cell applications of Pb-free perovskite films formed by vapor deposition','RSC Advances','6','2819','2825','2016','10.1039/C5RA21291J'),
+(125,'All vapor-deposited lead-free doped CsSnBr3 planar solar cells','Nano Energy','28','469','474','2016','10.1016/j.nanoen.2016.09.009'),
+(128,'Structures of (4-Y‑C6H4CH2NH3)2PbI4 {Y = H, F, Cl, Br, I}: Tuning of Hybrid Organic Inorganic Perovskite Structures from Ruddlesden− Popper to Dion−Jacobson Limits','Chemistry of Materials','31','6145','6153','2019','10.1021/acs.chemmater.9b01564'),
+(129,'Two-Dimensional Halide Perovskites Incorporating Straight Chain Symmetric Diammonium Ions, (NH3CmH2mNH3)(CH3NH3)n−1PbnI3n+1 (m =4−9; n =1−4)','JOURNAL OF THE AMERICAN CHEMICAL SOCIETY','140','12226','12238','2018','10.1021/jacs.8b07712'),
+(130,'Organic–Inorganic Copper(II)-Based Material: A Low-Toxic, Highly Stable Light Absorber for Photovoltaic Application','J. Phys. Chem. Lett.','8','1804','1809','2017','https://doi.org/10.1021/acs.jpclett.7b00086'),
+(131,'Organic–inorganic bismuth (III)-based material: A leadfree, air-stable and solution-processable light-absorber beyond organolead perovskites','Nano Research','9','692','702','2016','DOI 10.1007/s12274-015-0948-y'),
+(133,'Two-Dimensional Dion − Jacobson Hybrid Lead Iodide Perovskites with Aromatic Diammonium Cations','J. Am. Chem. Soc.','141','12880','12890','2019','10.1021/jacs.9b06398'),
+(134,'Synthesis and crystal structures of inorganic–organic hybrids incorporating an aromatic amine with a chiral functional group','CrystEngComm','8','686','695','2006','10.1039/b606987h'),
+(135,'Molecular engineering of organic-inorganic hybrid perovskites quantum wells','Nature Chemistry','11','1151','1157','2019','10.1038/s41557-019-0354-2'),
+(136,'Control of Crystal Symmetry Breaking with Halogen-Substituted Benzylammonium in Layered Hybrid Metal-Halide Perovskites','J. Am. Chem. Soc.','142','5060','5067','2020','doi.org/10.1021/jacs.9b11809'),
+(137,'Pressure-Induced Conductivity and Yellow-to-Black Piezochromism in a Layered Cu−Cl Hybrid Perovskite','Journal of the American Chemical Society','137','1673','1678','2015','10.1021/ja512396m'),
+(138,'A Bismuth-Halide Double Perovskite with Long Carrier Recombination Lifetime for Photovoltaic Applications','Journal of the American Chemical Society','138','2138','2141','2016','10.1021/jacs.5b13294'),
+(139,'Chemical Approaches to Addressing the Instability and Toxicity of Lead-Halide Perovskite Absorbers','Inorganic Chemistry','56','46','55','2017','10.1021/acs.inorgchem.6b01336'),
+(140,'Decreasing the electronic confinement in layered perovskites through intercalation','Chemical Science','8','1960','1968','2017','10.1039/c6sc02848a'),
+(141,'Large Spontaneous Polarization and Clear Hysteresis Loop of a Room-Temperature Hybrid Ferroelectric Based on Mixed-Halide [BiI3Cl2] Polar Chains and Methylviologen Dication','Journal of the American Chemical Society','133','14924','14927','2011','10.1021/ja206171'),
+(142,'[((R)‑C8H12N)4][Bi2Br10] and [((S)‑C8H12N)4][Bi2Br10]: Chiral Hybrid Bismuth Bromides Templated by Chiral Organic Cations','ACS Omega','3','17895','17903','2018','10.1021/acsomega.8b02877'),
+(143,'Defect-Induced Band-Edge Reconstruction of a Bismuth-Halide Double Perovskite for Visible-Light Absorption','Journal of the American Chemical Society','139','5015','5018','2017','10.1021/jacs.7b01629'),
+(144,'Post-synthetic Halide Conversion and Selective Halogen Capture in Hybrid Perovskites','Chemical Science','6','4054','4059','2015','10.1039/c5sc01135c'),
+(145,'Reversible and Irreversible Chemisorption in Nonporous-Crystalline Hybrids','Angewandte Chemie International Edition','53','1039','1042','2014','10.1002/anie.201309786'),
+(146,'Methylammonium Bismuth Iodide as a Lead-Free, Stable Hybrid Organic–Inorganic Solar Absorber','Chemistry: A European Journal','22','2605','2610','2016','10.1002/chem.201505055'),
+(147,'Resolving Rotational Stacking Disorder and Electronic Level Alignment in a 2D Oligothiophene-Based Lead Iodide Perovskite','Chemistry of Materials','31','8523','8532','2019','10.1021/acs.chemmater.9b03208'),
+(148,'Low temperature structural phase transition in the Ba2CaMoO6 perovskite','Journal of Solid State Chemistry','277','415','421','2019','10.1016/j.jssc.2019.06.037'),
+(149,'Synthesis and Characterization of the Rare-Earth Hybrid Double Perovskites: (CH3NH3)2KGdCl6 and (CH3NH3)2KYCl6','The Journal of Physical Chemistry Letters','8','5015','5020','2017','10.1021/acs.jpclett.7b02322'),
+(150,'Small-Band-Gap Halide Double Perovskites','Angewandte Chemie International Edition','57','12765','12770','2018','10.1002/anie.201807421'),
+(151,'Highly Stable Lead-Free Perovskite Field-Effect Transistors Incorporating Linear π‐Conjugated Organic Ligands','Journal of the American Chemical Society','141','15577','15585','2019','10.1021/jacs.9b06276'),
+(152,'Influence of One Specific Carbon–Carbon Bond on the Quality, Stability, and Photovoltaic Performance of Hybrid Organic–Inorganic Bismuth Iodide Materials','ACS Applied Energy Materials','2','1579','1587','2019','10.1021/acsaem.8b01809'),
+(153,'Synthesis of Polycrystalline Ruddlesden–Popper Organic Lead Halides and Their Growth Dynamics','Chemistry of Materials','31','9472','9479','2019','10.1021/acs.chemmater.9b03439'),
+(154,'Two-dimensional halide perovskite lateral epitaxial heterostructures','Nature','580','614','620','2020','10.1038/s41586-020-2219-7'),
+(155,'Structural and spectral dynamics of single-crystalline Ruddlesden-Popper phase halide perovskite blue light-emitting diodes','Science Advances','6','eaay4045','eaay4045','2020','10.1126/sciadv.aay4045'),
+(156,'Electron–phonon interaction in efficient perovskite blue emitters','Nature Materials','17','550','556','2018','10.1038/s41563-018-0081-x'),
+(157,'Spin-dependent charge transport through 2D chiral hybrid lead-iodide perovskites','Science Advances','5','eaay0571','eaay0571','2019','10.1126/sciadv.aay0571'),
+(158,'Lead and HTM Free Stable Two-Dimensional Tin Perovskites with Suitable Band Gap for Solar Cell Applications','Angewandte Chemie International Edition','58','1072','1076','2019','10.1002/anie.201811497'),
+(159,'Structural Tunability and Diversity of Two‐Dimensional Lead Halide Benzenethiolate','Chemistry – A European Journal','26','6599','6607','2020','10.1002/chem.201905790'),
+(160,'New Type of 2D Perovskites with Alternating Cations in the Interlayer Space, (C(NH2)3)(CH3NH3)nPbnI3n+1: Structure, Properties, and Photovoltaic Performance','Journal of the American Chemical Society','139','16297','16309','2017','10.1021/jacs.7b09096'),
+(161,'Role of Organic Counterion in Lead- and Tin-Based Two-Dimensional Semiconducting Iodide Perovskites and Application in Planar Solar Cells','Chemistry of Materials','28','7781','7792','2016','10.1021/acs.chemmater.6b03054'),
+(162,'Layered Hybrid Perovskites with Micropores Created by Alkylammonium Functional Silsesquioxane Interlayers','American chemical society','0','4158','4163','2015','https://doi.org/10.1021/jacs.5b00290'),
+(163,'Luminescent and Photoconductive Layered Lead Halide Perovskite Compounds Comprising Mixtures of Cesium and Guanidinium Cations','Inorganic Chemistry','56','11552','11564','2017','10.1021/acs.inorgchem.7b01204'),
+(164,'High-Temperature Antiferroelectric of Lead Iodide Hybrid Perovskites','Journal of the American Chemical Society','141','12470','12474','2019','10.1021/jacs.9b05124'),
+(165,'High Members of the 2D Ruddlesden-Popper Halide Perovskites: Synthesis, Optical Properties, and Solar Cells of (CH3(CH2)3NH3)2(CH3NH3)4Pb5I16','Chem','2','427','440','2017','10.1016/j.chempr.2017.02.004'),
+(166,'[Am]Mn(H2POO)3: A New Family of Hybrid Perovskites Based on the Hypophosphite Ligand','American chemical society','139','16999','17002','2017','10.1021/jacs.7b09417'),
+(167,'Ferroelectricity and Rashba Effect in a Two-Dimensional Dion-Jacobson Hybrid Organic–Inorganic Perovskite','Journal of the American Chemical Society','141','15972','15976','2019','10.1021/jacs.9b07776'),
+(168,'Three-dimensional Lead Iodide Perovskitoid Hybrids with High X-ray Photoresponse','Journal of the American Chemical Society','142','6625','6637','2020','10.1021/jacs.0c00101'),
+(169,'Ultrafast All-Optical Modulation in 2D Hybrid Perovskites','Journal of the American Chemical Society','13 (8)','9504','9510','2019','10.1021/acsnano.9b04483'),
+(170,'Molecular Intercalation and Electronic Two Dimensionality in Layered Hybrid Perovskites','Angewandte Chemie International Edition','59','11653','11659','2020','https://doi.org/10.1002/anie.202003509'),
+(171,'Highly Distorted Chiral Two-Dimensional Tin Iodide Perovskites for Spin Polarized Charge Transport','Journal of the American Chemical Society','142','13030','13040','2020','10.1021/jacs.0c03899'),
+(172,'Triiodide-Induced Band-Edge Reconstruction of a Lead-Free Perovskite-Derivative Hybrid for Strong Light Absorption','American chemical society','30','4081','4088','2018','https://doi.org/10.1021/acs.chemmater.8b01200'),
+(173,'Discovery of an Above-Room-Temperature Antiferroelectric in Two-Dimensional Hybrid Perovskite','American chemical society','141','3812','3816','2019','https://doi.org/10.1021/jacs.8b13827'),
+(174,'Effect of heteroatoms in the inorganic–organic layered perovskite-type hybrids [(ZCnH2nNH3)2PbI4], n = 2, 3, 4, 5, 6; Z = OH, Br and I; and [(H3NC2H4S2C2H4NH3)PbI4]','CrystEngComm','12','1290','1301','2010','10.1039/B917824D'),
+(175,'Enhanced Out-of-Plane Conductivity and Photovoltaic Performance in n = 1 Layered Perovskites through Organic Cation Design','Journal of the American Chemical Society','140','7313','7323','2018','10.1021/jacs.8b03659'),
+(176,'Observation of Vortex Domains in a Two-Dimensional Lead Iodide Perovskite Ferroelectric','American chemical society','142','4952','4931','2020','https://doi.org/10.1021/jacs.0c00371'),
+(177,'Tunable exciton binding energy in 2D hybrid layered perovskites through donor–acceptor interactions within the organic layer','Nature Chemistry','12','672','682','2020','10.1038/s41557-020-0488-2'),
+(178,'Lead-Free MA2CuClxBr4-x Hybrid Perovskites','American chemical society','55','1044','1052','2016','10.1021/acs.inorgchem.5b01896'),
+(179,'Reversible Medium Dependent Solid-Solid Phase Transformations in 2D Hybrid Perovskites','American chemical society','28','5522','5529','2016','10.1021/acs.chemmater.6b02208'),
+(180,'Crystal Growth of the Perovskite Semiconductor CsPbBr3: A New Material for High-Energy Radiation Detection','Crystal Growth and Design','138','2722','2727','2013','10.1021/cg400645t'),
+(181,'CsSnI3: Semiconductor or Metal? High Electrical Conductivity and Strong Near-Infrared Photoluminescence from a Single Material. High Hole Mobility and Phase-Transitions','Journal of the American Chemical Society','134','8579','8587','2012','10.1021/ja301539s'),
+(182,'Nanorod Suprastructures from a Ternary Graphene Oxide–Polymer–CsPbX3 Perovskite Nanocrystal Composite That Display High Environmental Stability','American chemical society','17','6759','6765','2017','10.1021/acs.nanolett.7b02959'),
+(183,'Structure−Band Gap Relationships in Hexagonal Polytypes and Low- Dimensional Structures of Hybrid Tin Iodide Perovskites','Inorganic Chemistry','56','56','73','2016','10.1021/acs.inorgchem.6b02764'),
+(184,'Thermodynamic Profiles at the Solvated Inorganic-Organic Interface: The case of Gold-Thiolate Monolayers','American chemical society','13','4442','4448','2013','https://doi.org/10.1021/nl402315z'),
+(185,'Growth and Anion Exchange Conversion of CH3NH3PbX3 Nanorod Arrays for Light-Emitting Diodes','Nano Letters','15','5519','5524','2015','https://doi.org/10.1021/acs.nanolett.5b02082'),
+(186,'Inorganic–organic hybrid materials incorporating primary cyclic ammonium cations: The lead iodide series','CrystEngComm','9','236','244','2007','10.1039/B618196A'),
+(187,'Reduced Band Gap Hybrid Perovskites Resulting from Combined Hydrogen and Halogen Bonding at the Organic−Inorganic Interface','Chemistry of Materials','19','600','607','2007','10.1021/cm062380e'),
+(188,'First-Principles Design of New Electrodes for Proton-Conducting Solid-Oxide Electrochemical Cells: A-Site Doped Sr2Fe1.5Mo0.5O6−δ Perovskite','American chemical society','28','490','500','2015','https://doi.org/10.1021/acs.chemmater.5b03262'),
+(189,'Self-Powered pH Sensor based on a Flexible Organic- Inorganic Hybrid Composite Nanogenerator','ACS Appl. Mater. Interfaces','6','13716','13723','2014','https://doi.org/10.1021/am5031648'),
+(190,'Stable 6H Organic–Inorganic Hybrid Lead Perovskite and Competitive Formation of 6H and 3C Perovskite Structure with Mixed A Cations','American chemical society','8','5427','5437','2019','10.1021/acsaem.9b00419'),
+(191,'Unpublished','--','--','--','--','--','--'),
+(192,'Inorganic–organic hybrid materials incorporating primary cyclic ammonium cations: The lead bromide and chloride series','CrystEngComm','11','1549','1562','2009','10.1039/B819455F'),
+(193,'Mechanism for Broadband White-Light Emission from Two-Dimensional (110) Hybrid Perovskites','American chemical society','12','2258','2263','2016','https://doi.org/10.1021/acs.jpclett.6b00793'),
+(194,'High-Pressure Single-Crystal Structures of 3D Lead-Halide Hybrid Perovskites and Pressure Effects on their Electronic and Optical Properties','American chemical society','4','201','209','2016','https://doi.org/10.1021/acscentsci.6b00055'),
+(195,'Uniaxial Expansion of the 2D Ruddlesden−Popper Perovskite Family for Improved Environmental Stability','Journal of the American Chemical Society','141','5518','5534','2019','10.1021/jacs.9b01327'),
+(196,'Synthesis, structure and optical properties of new organic–inorganic haloplumbates complexes (C5H10N3)PbX4 (X=Br, Cl), (C2H2N4)PbBr3','Journal of Solid State Chemistry','180','173','179','2007','10.1016/j.jssc.2006.09.023'),
+(197,'Bismuth Based Hybrid Perovskites A3Bi2I9 (A: Methylammonium or Cesium) for Solar Cell Application','Advanced Materials','27','6806','6813','2015','https://doi.org/10.1002/adma.201501978'),
+(198,'Organic Cation Alloying on Intralayer A and Interlayer A’ sites in 2D Hybrid Dion−Jacobson Lead Bromide Perovskites (A’)(A)Pb2Br7','Journal of the American Chemical Society','142','8342','8351','2020','10.1021/jacs.0c01625'),
+(199,'[(CH3)3NCH2CH2NH3]SnI4:  A Layered Perovskite with Quaternary/Primary Ammonium Dications and Short Interlayer Iodine−Iodine Contacts','Inorganic Chemistry','42','1400','1402','2003','10.1021/ic0261981'),
+(200,'[(H2en)7(C2O4)2] n (Pb4I18) n ·4nH2O, a New Type of Perovskite Co-templated by Both Organic Cations and Anions','Inorganic Chemistry','45','10028','10030','2006','10.1021/ic061555j'),
+(201,'Intercalated Organic−Inorganic Perovskites Stabilized by Fluoroaryl−Aryl Interactions','Inorganic Chemistry','41','2134','2145','2002','10.1021/ic011190x'),
+(202,'Improved Photovoltaic Efficiency and Amplified Photocurrent Generation in Mesoporous n = 1 Two-Dimensional Lead−Iodide Perovskite Solar Cells','Chemistry of Materials','31','890','898','2019','10.1021/acs.chemmater.8b04064'),
+(203,'Influence of the Dimensionality and Organic Cation on Crystal and Electronic Structure of Organometalic Halide Perovskites','The Journal of Physical Chemistry','121','6569','6574','2017','10.1021/acs.jpcc.7b00890'),
+(204,'Direct Observation of Electron–Phonon Coupling and Slow Vibrational Relaxation in Organic–Inorganic Hybrid Perovskites','Journal of the American Chemical Society','42','13798','13801','2016','https://doi.org/10.1021/jacs.6b08175'),
+(205,'Origin of Reversible Photoinduced Phase Separation in Hybrid Perovskites','Nano Letters','17','1028','1033','2017','https://doi.org/10.1021/acs.nanolett.6b04453'),
+(206,'Sensitized Molecular Triplet and Triplet Excimer Emission in 2D Hybrid Perovskites','American chemical society','11','2247','2255','2020','https://doi.org/10.1021/acs.jpclett.0c00360'),
+(207,'Spin-optoelectronic devices based on hybrid organic-inorganic trihalide perovskites','Nature Communications','10','1','6','2019','https://doi.org/10.1038/s41467-018-07952-x'),
+(208,'Molecular design and photovoltaic performance of a novel thiocyanate-based layered organometal perovskite material','Synthetic Metals','215','56','63','2016','10.1016/j.synthmet.2015.11.028'),
+(209,'Singe-crystal microplates of two-dimensional organic-inorganic lead halide layered perovskites for optoelectronics','Nano Research','10','2117','2129','2017','10.1007/s12274-016-1401-6'),
+(210,'Preparation and Characterization of layered lead halide compounds','Journal of the American Chemical Society','113','2328','2330','1991','10.1021/ja00006a076'),
+(211,'Longer Cations Increase Energetic Disorder in Excitonic 2D Hybrid Perovskites','The Journal of Physical Chemistry Letters','10','1198','1205','2019','10.1021/acs.jpclett.9b00247'),
+(212,'Ab initio modeling of 2D layered organohalide lead perovskites','The Journal of Chemical Physics','144','164701','164714','2016','10.1063/1.4947305'),
+(213,'Bilayered Hybrid Perovskite Ferroelectric with Giant Two-Photon Absorption','Journal of the American Chemical Society','140','6806','6809','2018','10.1021/jacs.8b04014'),
+(214,'Unpublished','---','---','---','---','---','---'),
+(215,'Organic-to-inorganic structural chirality transfer in a 2D hybrid perovskite and impact on Rashba-Dresselhaus spin-orbit coupling.','Nature Communications','11','4699-1','4699-10','2020','10.1038/s41467-020-18485-7'),
+(216,'Bandgap Engineering of Lead‐Halide Perovskite‐Type Ferroelectrics','Advanced Materials','28','2579','2586','2016','10.1002/adma.201505224'),
+(217,'Semiconducting Perovskites (2-XC6H4C2H4NH3)2SnI4 (X = F, Cl, Br): Steric Interaction between the Organic and Inorganic Layers','Inorganic Chemistry','42','2031','2039','2003','10.1021/ic0261474'),
+(218,'Two-Dimensional Hybrid Perovskite-Type Ferroelectric for Highly Polarization-Sensitive Shortwave Photodetection','Journal of the American Chemical Society','141','2623','2629','2019','10.1021/jacs.8b12948'),
+(219,'Ultrapure Green Light-Emitting Diodes Using Two-Dimensional Formamidinium Perovskites: Achieving Recommendation 2020 Color Coordinates','Nano Letters','9','5277','5284','2017','https://doi.org/10.1021/acs.nanolett.7b01544'),
+(220,'Thin film perovskite light-emitting diode based on CsPbBr3 powders and interfacial engineering','ScienceDirect','37','40','45','2017','https://doi.org/10.1016/j.nanoen.2017.05.005'),
+(221,'High-Performance Color-Tunable Perovskite Light Emitting Devices through Structural Modulation from Bulk to Layered Film','Advanced Materials','29','1603157','1603165','2016','10.1002/adma.201603157'),
+(222,'Centimeter-size square 2D layered Pb-free hybrid perovskite single crystal (CH3NH3)2MnCl4 for red photoluminescence','Royal Society of Chemistry','21','4085','4091','2019','10.1039/c9ce00591a'),
+(223,'Unprecedented Ferroelectric–Antiferroelectric–Paraelectric Phase Transitions Discovered in an Organic–Inorganic Hybrid Perovskite','American chemical society','139','8752','8757','2017','https://doi.org/10.1021/jacs.7b04693'),
+(224,'Small Cyclic Diammonium Cation Templated (110)-Oriented 2D Halide (X = I, Br, Cl) Perovskites with White-Light Emission','Chemistry of Materials','31','3582','3590','2019','10.1021/acs.chemmater.9b01511'),
+(225,'0D and 2D: The Cases of Phenylethylammonium Tin Bromide Hybrids','Chemistry of Materials','32','4692','4698','2020','10.1021/acs.chemmater.0c01254.s001'),
+(226,'SnI42--Based Hybrid Perovskites Templated by Multiple Organic Cations:  Combining Organic Functionalities through Noncovalent Interactions','Chemistry of Materials','15','3632','3637','2003','10.1021/cm034267j'),
+(227,'Solution-Phase Synthesis of Cesium Lead Halide Perovskite Nanowires','American Chemistry Society','137','9230','9233','2015','https://doi.org/10.1021/jacs.5b05404'),
+(228,'Coexisting Ferromagnetic and Ferroelectric Order in a CuCl4-based Organic–Inorganic Hybrid','Chemistry of Materials','24','133','139','2012','https://doi.org/10.1021/cm2023696'),
+(229,'Alternative Organic Spacers for More Efficient Perovskite Solar Cells Containing Ruddlesden–Popper Phases','Journal of the American Chemical Society','142','19705','19714','2020','10.1021/jacs.0c09647'),
+(230,'Negative Pressure Engineering with Large Cage Cations in 2D Halide Perovskites Causes Lattice Softening','Journal of the American Chemical Society','142','11486','11496','2020','10.1021/jacs.0c03860'),
+(231,'Expanded Analogs of Three‐Dimensional Lead‐Halide Hybrid Perovskites','Angewandte Chemie International Edition','59','19087','19094','2020','10.1002/anie.202005012'),
+(232,'Tetrasubstituted Thieno[3,2-b]thiophenes as Hole-Transporting Materials for Perovskite Solar Cells','ACS','https://doi.org/10.1021/acs.joc.9b02769','224','233','2019','https://doi.org/10.1021/acs.joc.9b02769'),
+(233,'Facile and Scalable Synthesis of the Fused-Ring Heterocycles Thieno[3,2-b]thiophene and Thieno[3,2-b]furan','ACS','14','3144','3147','2009','https://doi.org/10.1021/ol9010745'),
+(234,'Long-range exciton transport and slow annihilation in two-dimensional hybrid perovskites','ACS','11','1','8','2020','https://doi.org/10.1038/s41467-020-14403-z'),
+(235,'In situ induced core/shell stabilized hybrid perovskites via gallium(iii) acetylacetonate intermediate towards highly efficient and stable solar cells','Royal Society of Chemistry','11','286','293','2018','https://doi.org/10.1039/C7EE03113K'),
+(236,'Defect Passivation of Organic-Inorganic Hybrid Perovskites by Diammonium Iodide towards High-Performance Photovoltaic Devices','ACS','4','757','763','2016','https://doi.org/10.1021/acsenergylett.6b00327'),
+(237,'Mixed-halide perovskite synthesis by chemical reaction and crystal nucleation under an optical potential','NPG Asia Materials','11','31','31','2019','10.1038/s41427-019-0131-0'),
+(238,'Water-Stable 1D Hybrid Tin(II) Iodide Emits Broad Light with 36% Photoluminescence Quantum Efficiency','Journal of the American Chemical Society','142','9028','9038','2020','10.1021/jacs.0c03004'),
+(239,'Disphenoidal zero-dimensional lead, tin, and germanium halides: highly emissive singlet and triplet self-trapped excitons and X-ray scintillation','Journal of the American Chemical Society','141','9764','9768','2019','10.1021/jacs.9b02365'),
+(240,'Phosphonium-Based One-Dimensional Perovskite with Switchable Dielectric Behaviors and Phase Transitions','Inorganic Chemistry','59','18396','18401','2020','10.1021/acs.inorgchem.0c03008'),
+(241,'Synthesis of the Sn-based CaSnS3 chalcogenide perovskite thin film as a highly stable photoabsorber for optoelectronic applications','Alloys and compounds','851','253','265','2021','https://doi.org/10.1016/j.jallcom.2020.156790'),
+(242,'Two‐dimensional organic–inorganic hybrid Perovskites: a new platform for optoelectronic applications','Wiley Online Library','30','10','48','2018','https://doi.org/10.1002/adma.201802041'),
+(243,'Enhancing Photovoltaic Performance of Aromatic Ammonium‐based Two‐Dimensional Organic‐Inorganic Hybrid Perovskites via Tuning CH···π Interaction','Wiley Online Library','4','10','30','2019','https://doi.org/10.1002/solr.201900374'),
+(244,'Stereochemically active lead chloride enantiomers mediated by homochiral organic cation','Polyhedron','158','445','448','2019','10.1016/j.poly.2018.11.026'),
+(245,'Efficient Energy Funneling in Quasi-2D Perovskites: From Light Emission to Lasing.','Advanced materials','32','1906571-1','1906571-16','2020','10.1002/adma.201906571'),
+(246,'Operational stability of perovskite light emitting diodes','JPhys Materials','3','1','20','2020','10.1088/2515-7639/ab60c4'),
+(247,'Pentacene and tetracene molecules and films on H/Si(111): level alignment from hybrid density functional theory','NSF-PAR','2','035002','035045','2020','10.1088/2516-1075/ab9bb5'),
+(248,'Reversible Crystal–Glass Transition in a Metal Halide Perovskite','Advanced Materials','33','2005868','2005868','2020','10.1002/adma.202005868'),
+(249,'Charge Transfer States and Carrier Generation in 1D Organolead Iodide Semiconductors','The Royal Society of Chemistry','1111','1','16','2021','https://doi.org/10.1039/D1TA03325E'),
+(250,'Structural descriptor for enhanced spin-splitting in 2D hybrid perovskites','Reserach Square','19','2','30','2021','https://doi.org/10.21203/rs.3.rs-472412/v1'),
+(251,'Structural descriptor for enhanced spin-splitting in 2D hybrid perovskites','Nature Communications','12','4982-1','4982-10','2021','10.1038/s41467-021-25149-7'),
+(252,'Mechanics-coupled stability of metal-halide perovskites','ScienceDirect','4','1','45','2021','https://doi.org/10.1016/j.matt.2021.06.028'),
+(253,'Surface Reconstruction of Halide Perovskites during Post-treatment','Journal of the American Chemical Society','18','6781','6786','2021','https://doi.org/10.1021/jacs.1c00757'),
+(254,'Stretching and Breaking of Ultrathin 2D Hybrid Organic–Inorganic Perovskites','ACS Publications','10','10347','10354','2018','https://doi.org/10.1021/acsnano.8b05623'),
+(255,'Exploring the Factors Affecting the Mechanical Properties of 2D Hybrid Organic–Inorganic Perovskites','ACS Publications','12','20440','20447','2020','https://doi.org/10.1021/acsami.0c02313'),
+(256,'Decreasing Structural Dimensionality of Double Perovskites for Phase Stabilization toward Efficient X-ray Detection','ACS Applied Materials & Interfaces','13','61447','61453','2021','10.1021/acsami.1c20234'),
+(257,'The synthesis, structure and electronic properties of a lead-free hybrid inorganic–organic double perovskite (MA)2KBiCl6 (MA = methylammonium)','Materials Horizons','3','328','332','2016','10.1039/c6mh00053c'),
+(258,'Exploring the properties of lead-free hybrid double perovskites using a combined computational-experimental approach','Journals of Materials Chemistry A','4','12025','12029','2016','10.1039/c6ta05817e'),
+(259,'Synthesis and Properties of a Lead-Free Hybrid Double Perovskite: (CH3NH3)2AgBiBr6','Chemistry of Materials','29','1089','1094','2017','https://doi.org/10.1021/acs.chemmater.6b03944'),
+(260,'Composition design, optical gap and stability investigations of lead-free halide double perovskite Cs2AgInCl6','Journal of Materials Chemistry A','29','15031','15037','2017','https://doi.org/10.1039/C7TA04690A'),
+(261,'Excitons and biexcitons bound to a positive ion in a bismuth-doped inorganic-organic layered lead iodide semiconductor','PHYSICAL REVIEW B','70','205330-1','205330-6','2004','10.1103/PhysRevB.70.205330'),
+(262,'Structural, Photophysical, and Electronic Properties of CH3NH3PbCl3 Single Crystals','Scientific Reports','9','13311','13311','2019','10.1038/s41598-019-49926-z'),
+(264,'Mixed-halide perovskite synthesis by chemical reaction and crystal nucleation under an optical potential','NPG Asia Materials','11','31','31','2019','10.1038/s41427-019-0131-0'),
+(265,'Influence of Annealing and Composition on the Crystal Structure of Mixed-Halide, Ruddlesden–Popper Perovskites','Chemistry of Materials','34','3109','3122','2022','10.1021/acs.chemmater.1c04213'),
+(266,'Preparation and characterization of organic–inorganic hybrid perovskite (C4H9NH3)2CuCl4','Materials Science and Engineering: B','117','313','316','2005','https://doi.org/10.1016/j.mseb.2004.12.052'),
+(267,'Low-temperature processed solar cells with formamidinium tin halide perovskite/fullerene heterojunctions','Nano Research','9','1570','1577','2016','10.1007/s12274-016-1051-8'),
+(268,'Cs2AgBiX6 (X = Br, Cl): New Visible Light Absorbing, Lead-Free Halide Perovskite Semiconductors','Chemistry of Materials','28','1348','1354','2016','10.1021/acs.chemmater.5b04231'),
+(269,'Solution-processable antimony-based light-absorbing materials beyond lead halide perovskites','Journal of Materials Chemistry A','5','20843','20850','2017','10.1039/C7TA06679A'),
+(270,'Energy Transfer to Small Band Gap Organic Cation in Two-Dimensional Organic-Inorganic Hybrid Perovskites Enables Multi-Color Emission','Submitted','--','--','--','2020','--'),
+(271,'UV-induced Exfoliation of Two-Dimensional Organic-Inorganic Hy-brid Perovskite with Azobenzene based Organic Cations','Unpublished','--','--','--','--','--'),
+(272,'Kinetically Controlled Structural Transitions in Layered Halide-Based Perovskites: An Approach to Modulate Spin Splitting','Journal of the American Chemical Society','144 (33)','15223','15235','2022','https://doi.org/10.1021/jacs.2c05574'),
+(273,'Meniscus-assisted solution printing of large-grained perovskite films for high-efficiency solar cells','nature communications','8','16045','16045','2017','https://doi.org/10.1038/ncomms16045'),
+(274,'Observing Defect Passivation of the Grain Boundary with 2-Aminoterephthalic Acid for Efficient and Stable Perovskite Solar Cells','Angewandte Chemie International Edition','59','4161','4167','2019','https://doi.org/10.1002/anie.201915422'),
+(275,'Efficient, stable solar cells by using inherent bandgap of α-phase formamidinium lead iodide','Science','366','749','753','2019','https://doi.org/10.1126/science.aay7044'),
+(276,'Transient and steady state magneto-optical studies of CsPbBr3 crystal','American Physical Society','106','094306','094314','2022','10.1103/PhysRevB.106.094306'),
+(277,'Tuning Spin-Polarized Lifetime in Two-Dimensional Metal−Halide Perovskite through Exciton Binding Energy','Journal of the American Chemical Society','143','19438','19445','2021','doi.org/10.1021/jacs.1c08514'),
+(278,'Surface chelation of cesium halide perovskite by dithiocarbamate for efficient and stable solar cells','Nature communications','11','4237','4237','2020','https://doi.org/10.1038/s41467-020-18015-5'),
+(279,'Effect of heteroatoms in the inorganic-organic layered perovskite-type hybrids','CrystEngComm','12','1290','1301','2010','10.1039/B917824D'),
+(280,'Effect of heteroatoms in the inorganic–organic layered perovskite-type hybrids','CrystEngComm','12','1290','1301','2010','10.1039/B917824D'),
+(281,'Highly Efficient Pure-Blue Light-Emitting Diodes Based on Rubidium and Chlorine Alloyed Metal Halide Perovskite','Advanced Materials','33','2100783','2100783','2021','https://doi.org/10.1002/adma.202100783'),
+(282,'The Role of Dimethylammonium Iodide in CsPbI3 Perovskite Fabrication: Additive or Dopant?','Angewandte Chemie International Edition','58','16691','16696','2019','https://doi.org/10.1002/anie.201910800'),
+(283,'Perovskite grain wrapping by converting interfaces and grain boundaries into robust and water-insoluble low-dimensional perovskites','Science','8','eabq4524','eabq4525','2022','10.1126/sciadv.abq4524'),
+(284,'Turn-on Circularly Polarized Luminescence in Chiral Indium Chlorides by 5s2 Metal Centers','Angewandte Chemie','n/a','e202215206','e202215207','2023','10.1002/anie.202215206'),
+(285,'Structural and Electronic Tunability of Acene Alkylamines based Layered Hybrid Organic-Inorganic Perovskites from First Principles','PHYSICAL REVIEW MATERIALS','7','084601-1','084601-17','2023','10.1103/PhysRevMaterials.7.084601'),
+(286,'Room Temperature Superfluorescence in Hybrid Perovskites and Its Origins','Nature Photonics','16','324','329','2022',''),
+(287,'Lattice distortion inducing exciton splitting and coherent quantum beating in CsPbI3 perovskite quantum dots','Nature Materials','21','1282','1289','2022','doi.org/10.1038/s41563-022-01349-4'),
+(288,'Direct Detection of Circularly Polarized Light Using Chiral Copper Chloride–Carbon Nanotube Heterostructures','American Chemical Society','15','7608','7617','2021','https://doi.org/10.1021/acsnano.1c01134'),
+(290,'Rational Design of Non-Centrosymmetric Hybrid Halide Perovskites','Journal of the American Chemical Society','145','1378','1388','2023','10.1021/jacs.2c12034'),
+(291,'Iodine−Iodine Interactions Suppressing Phase Transitions of 2D Layered Hybrid (I-(CH2)n‐NH3)2PbI4 (n = 2−6) Perovskites','Chemistry of Materials','34','288','296','2022','10.1021/acs.chemmater.1c03492'),
+(292,'On the optical anisotropy in 2D metal-halide perovskites','Nanoscale','14','752','765','2022','10.1039/d1nr06899g'),
+(293,'Alkyl–Aryl Cation Mixing in Chiral 2D Perovskites','Journal of the American Chemical Society','143','18114','18120','2021','https://doi.org/10.1021/jacs.1c06841'),
+(294,'unpublished','-','-','-','-','2023','-'),
+(295,'CH3NH3PbX3, a Pb(II)-System with Cubic Perovskite Structure','Zeitschrift fuer Naturforschung','33b','1443','1445','1978','10.1515/znb-1978-1214'),
+(296,'Thermal contributions to the local and long-range structural disorder in CH3 NH3 PbBr3','PRX Energy','submitted','n/a','n/a','2023','n/a'),
+(297,'Uncovering Unique Screening Effects in 2D Perovskites: Implications for Exciton and Band Gap Engineering','ResearchSquare','Preprint','1','22','2023','https://doi.org/10.21203/rs.3.rs-2667143/v1'),
+(298,'Chiral cation doping for modulating structural symmetry of 2D perovskites','Submitted','N/A','1','32','2023',''),
+(299,'Dynamical evolution of the 2D/3D interface: a hidden driver behind perovskite solar cell instability','Journal of Materials Chemistry A','8','2343','2348','2020','10.1039/c9ta12489f'),
+(300,'Optical properties of PbI-based perovskite structures','Journal of Luminescence','60-61','269','274','1994','https://doi.org/10.1016/0022-2313(94)90145-7'),
+(301,'Local Structure, Bonding, and Asymmetry of ((NH2)2CH)PbBr3, CsPbBr3, and (CH3NH3)PbBr3','Phys. Rev. B','In Review','1','18','2023',''),
+(302,'All-Inorganic Perovskite CsSnBr3 as a Thermally Stable, Free-Carrier Semiconductor','Angewandte Chemie International Edition','57','13154','13158','2018','10.1002/anie.201807674'),
+(303,'Unpublished','---','---','--','--','2023','--'),
+(304,'Wide-Bandgap All-Inorganic CsPbIBr2 Top Cells With MoOx/Ag/TeO2 Composite Transparent Anode Towards Efficient Four-Terminal Perovskite/Si Tandem Solar Cells','EEE Photonics Journal','13','1','8','2021','10.1109/JPHOT.2021.3067703'),
+(305,'Wide-Bandgap All-Inorganic CsPbIBr2 Top Cells With MoOx/Ag/TeO2 Composite Transparent Anode Towards Efficient Four-Terminal Perovskite/Si Tandem Solar Cells','EEE Photonics Journal','13','1','8','2021','10.1109/JPHOT.2021.3067703'),
+(306,'Ultrafast Electron Injection from Photoexcited Perovskite CsPbI3 QDs into TiO2 Nanoparticles with Injection Efficiency near 99%','The Journal of Physical Chemistry Letters','9','294','297','2018','10.1109/JPHOT.2021.3067703'),
+(307,'Thermochromic halide perovskite solar cells','Nature Materials','17','261','267','2018','10.1038/s41563-017-0006-0'),
+(308,'Impact of Chiral Symmetry Breaking on Spin-Texture and Lone Pair Expression in Chiral Crystals of Hybrid Antimony and Bismuth Halides','Chem. Mater.','xxx','1','1','2023','https://doi.org/10.1021/acs.chemmater.3c01733'),
+(309,'Crystal structures of the pseudo‐one‐dimensional magnetic systems, pyridinium manganese (II) chloride monohydrate and quinolinium manganese (II) chloride monohydrate, and the magnetic behavior of the quinolinium salt','J. Chem. Phys.','69','4976','4983','1978','https://doi.org/10.1063/1.436486'),
+(310,'Synthesis of pyridinium transition metal tetrachloride counter-ions as starting materials for coordination of organic ligands','Acta Cryst.','A73','a39','a39','2017','https://doi.org/10.1107/S0108767317099615'),
+(311,'Phase-pure 2D tin halide perovskite thin flakes for stable lasing','Science Advances','9','eadh0517','eadh0517','2023','10.1126/sciadv.adh0517'),
+(312,'Building Manganese Halide Hybrid Materials with 0D, 1D, and 2D Dimensionalities','Crystals','13','1634','1634','2023','https://doi.org/10.3390/cryst13121634'),
+(314,'Thermodynamically Self-Healing 1D–3D Hybrid Perovskite Solar Cells','Advanced Energy Materials','8','1703421','n/a','2018','https://doi.org/10.1002/aenm.201703421'),
+(315,'Exciton Self-Trapping Dynamics in 1D Perovskite Single Crystals: Effect of Quantum Tunnelling','The Journal of Physical Chemistry Letters','12','4483','4768','2021','https://doi.org/10.1021/acs.jpclett.1c00833'),
+(316,'Low-Dimensional Hybrid Perovskites Containing an Organic Cation with an Extended Conjugated System: Tuning the Excitonic Absorption Features','ChemNanoMat','5','323','327','2019','https://doi.org/10.1002/cnma.201800561'),
+(317,'Directing the Self-Assembly of Conjugated Organic Ammonium Cations in Low-Dimensional Perovskites by Halide Substitution','Chemistry of Materials','33','5177','5188','2021','https://doi.org/10.1021/acs.chemmater.1c01221'),
+(318,'Elucidating the Non-Covalent Interactions that Trigger Interdigitation in Lead-Halide Layered Hybrid Perovskites','Inorganic Chemistry','63','5295','5768','2024','https://doi.org/10.1021/acs.inorgchem.3c04536'),
+(319,'3D Perovskite Passivation with a Benzotriazole-Based 2D Interlayer for High-Efficiency Solar Cells','Applied Energy Materials','6','3933','3943','2023','https://doi.org/10.1021/acsaem.3c00101'),
+(320,'One-Dimensional (NH=CINH3)3PbI5 Perovskite for Ultralow Power Consumption Resistive Memory','Research','2021','1','1','2021','10.34133/2021/9760729'),
+(321,'High performance low-dimensional perovskite solar cells based on a one dimensional lead iodide perovskite†','Journal of Materials Chemistry A','15','8655','9346','2019','10.1039/C9TA01859J'),
+(322,'Cubic Perovskite Structure of Black Formamidinium Lead Iodide, α-[HC(NH2)2]PbI3, at 298 K','The Journal of Physical Chemistry Letters','6','3126','3334','2015','https://doi.org/10.1021/acs.jpclett.5b01432'),
+(323,'Mechanochemical Synthesis of Zero Dimensional Organic-Inorganic Metal Halide Hybrids','ChemPhotoChem','5','326','329','2021','https://doi.org/10.1002/cptc.202000112'),
+(324,'Band Edge Control of Quasi-2D Metal Halide Perovskites for Blue Light-Emitting Diodes with Enhanced Performance','Advanced Functional Materials','31','1','1','2021','https://doi.org/10.1002/adfm.202103299'),
+(325,'Blue Emitting Single Crystalline Assembly of Metal Halide Clusters','Journal of the American Chemical Society','140','13181','13184','2018','https://doi.org/10.1021/jacs.8b07731'),
+(326,'A Zero-Dimensional Organic Seesaw-Shaped Tin Bromide with Highly Efficient Strongly Stokes-Shifted Deep-Red Emission','Angewandte Chemie','130','1033','1036','2017','https://doi.org/10.1002/ange.201710383'),
+(327,'Metal Halide Regulated Photophysical Tuning of Zero-Dimensional Organic Metal Halide Hybrids: From Efficient Phosphorescence to Ultralong Afterglow','Angewandte Chemie','132','23267','23271','2020','https://doi.org/10.1002/ange.202010555'),
+(328,'One-dimensional organic metal halide nanoribbons with dual emission','Chemical Communications','25','3711','3714','2023','https://doi.org/10.1039/D3CC00044C'),
+(329,'Bulk Assembly of Corrugated 1D Metal Halides with Broadband Yellow Emission','Advanced Optical Materials','7','1','1','2019','https://doi.org/10.1002/adom.201801474'),
+(330,'Perovskite database id: 1243','Journal of Materials Chemistry A','6','2219','2230','2018','10.1039/c7ta07674f'),
+(331,'Perovskite database id: 16837','ACS Applied Materials & Interfaces','10','39802','39808','2018','10.1021/acsami.8b14954'),
+(332,'Perovskite database id: 23996','Nature Communications','9','4482','4492','2018','10.1038/s41467-018-06709-w'),
+(333,'Perovskite database id: 26422','Science Advances','5','-','-','2019','10.1126/sciadv.aay0414'),
+(334,'Perovskite database id: 29309','Journal of Materials Chemistry A','6','9583','9591','2018','10.1039/c8ta02540a'),
+(335,'Perovskite database id: 31273','Nature Communications','9','-','-','2018','10.1038/s41467-018-05454-4'),
+(336,'Perovskite database id: 39568','Solar RRL','4','-','-','2020','10.1002/solr.202000191'),
+(337,'Perovskite database id: 39635','Journal of Materials Chemistry A','8','8058','8064','2020','10.1039/c9ta14207j'),
+(338,'Molecular Sensitization Enabled High Performance Organic Metal Halide Hybrid Scintillator','Advanced Materials','35','1','1','2023','https://doi.org/10.1002/adma.202301612'),
+(339,'Efficient Red Light Emitting Diodes Based on a Zero-Dimensional Organic Antimony Halide Hybrid','Advanced Materials','35','1','1','2022','https://doi.org/10.1002/adma.202209417'),
+(340,'Highly efficient eco-friendly X-ray scintillators based on an organic manganese halide','Nature Communications','11','1','1','2020','https://doi.org/10.1038/s41467-020-18119-y'),
+(341,'Hydrogen Bonding Analysis of Structural Transition-Induced Symmetry Breaking and Spin Splitting in a Hybrid Perovskite Employing a Synergistic Diffraction-DFT Approach','J. Am. Chem. Soc. 2024, 146, 22509−22521','146','22509','22521','2024','https://doi.org/10.1021/jacs.4c06287'),
+(342,'Highly Stable Organic Antimony Halide Crystals for X-ray Scintillation','ACS Materials Letters','2','565','664','2020','https://doi.org/10.1021/acsmaterialslett.0c00133'),
+(343,'Bulk Assembly of Multicomponent Zero-Dimensional Metal Halides with Dual Emission','ACS Materials Letters','2','280','445','2020','https://doi.org/10.1021/acsmaterialslett.0c00011'),
+(344,'Bulk Assemblies of Lead Bromide Trimer Clusters with Geometry-Dependent Photophysical Properties','Chemistry of Materials','32','1','638','2020','https://doi.org/10.1021/acs.chemmater.9b03893'),
+(345,'Bulk Assembly of Zero-Dimensional Organic Lead Bromide Hybrid with Efficient Blue Emission','ACS Materials Letters','1','594','676','2019','https://doi.org/10.1021/acsmaterialslett.9b00333'),
+(346,'Green Emitting Single-Crystalline Bulk Assembly of Metal Halide Clusters with Near-Unity Photoluminescence Quantum Efficiency','ACS Energy Letters','4','1496','1792','2019','https://doi.org/10.1021/acsenergylett.9b00991'),
+(351,'Molecular Design Strategy for Meta-Substituted Aromatic Organic Halides in Zero-Lead-Release Halide Perovskites with Efficient Waterproof Light Emission','Advanced Functional Materials','10','2408323:1','2408323:10','2024','10.1002/adfm.202408323, 1616-301X1616-3028'),
+(352,'Chiral Rare-Earth (Ce, Eu) Metal Halides with Bright Circularly Polarized Luminescence','Inorganic Chemistry Inorg. Chem.','5','A','E','2024','10.1021/acs.inorgchem.4c03570, 0020-1669');
+/*!40000 ALTER TABLE `materials_reference` ENABLE KEYS */;
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+  CONSTRAINT `materials_spacegroup_created_by_id_ca9c33d7_fk_auth_user_id` FOREIGN KEY (`created_by_id`) REFERENCES `auth_user` (`id`),
+  CONSTRAINT `materials_spacegroup_updated_by_id_c6df5d9a_fk_auth_user_id` FOREIGN KEY (`updated_by_id`) REFERENCES `auth_user` (`id`)
+) ENGINE=InnoDB AUTO_INCREMENT=231 DEFAULT CHARSET=utf8mb3 COLLATE=utf8mb3_uca1400_ai_ci;
+/*!40101 SET character_set_client = @saved_cs_client */;
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+-- Dumping data for table `materials_spacegroup`
+--
+
+LOCK TABLES `materials_spacegroup` WRITE;
+/*!40000 ALTER TABLE `materials_spacegroup` DISABLE KEYS */;
+INSERT INTO `materials_spacegroup` VALUES
+(1,'2022-06-02 13:38:28.641918','2022-06-02 13:38:28.641559','P 1',66,66),
+(2,'2022-06-02 13:38:38.609976','2022-06-02 13:38:38.609665','P -1',66,66),
+(3,'2022-06-02 13:38:42.739736','2022-06-02 13:38:42.739383','P 2',66,66),
+(4,'2022-06-02 13:39:01.542550','2022-06-09 14:09:53.670165','P 2₁',66,66),
+(5,'2022-06-02 13:39:18.335214','2022-06-02 13:39:18.334967','C 2',66,66),
+(6,'2022-06-02 13:39:24.300837','2022-06-02 13:39:24.300598','P m',66,66),
+(7,'2022-06-02 13:39:28.860837','2022-06-02 13:39:28.860605','P c',66,66),
+(8,'2022-06-02 13:39:32.950624','2022-06-02 13:39:32.950399','C m',66,66),
+(9,'2022-06-02 13:39:44.984218','2022-06-02 13:39:44.983949','C c',66,66),
+(10,'2022-06-02 13:39:53.149168','2022-06-02 13:39:53.148967','P 2/m',66,66),
+(11,'2022-06-02 13:40:05.265875','2022-06-09 14:10:02.471259','P 2₁/m',66,66),
+(12,'2022-06-02 13:40:16.995770','2022-06-02 13:40:16.995440','C 2/m',66,66),
+(13,'2022-06-02 13:40:26.162328','2022-06-02 13:40:26.161974','P 2/c',66,66),
+(14,'2022-06-02 13:40:33.653037','2022-06-09 14:10:54.407441','P 2₁/c',66,66),
+(15,'2022-06-02 13:40:45.650761','2022-06-02 13:40:45.650518','C 2/c',66,66),
+(16,'2022-06-02 13:40:55.976521','2022-06-02 13:40:55.976295','P 2 2 2',66,66),
+(17,'2022-06-02 13:41:25.760014','2022-06-09 14:10:46.848720','P 2 2 2₁',66,66),
+(18,'2022-06-02 13:41:56.974475','2022-06-09 14:10:41.888841','P 2₁ 2₁ 2',66,66),
+(19,'2022-06-02 13:42:10.532535','2022-06-09 14:10:34.445247','P 2₁ 2₁ 2₁',66,66),
+(20,'2022-06-02 13:42:19.042133','2022-06-09 14:10:26.885100','C 2 2 2₁',66,66),
+(21,'2022-06-02 13:42:23.510955','2022-06-02 13:42:23.510673','C 2 2 2',66,66),
+(22,'2022-06-02 13:42:28.543637','2022-06-02 13:42:28.543402','F 2 2 2',66,66),
+(23,'2022-06-02 13:42:38.655904','2022-06-02 13:42:38.655611','I 2 2 2',66,66),
+(24,'2022-06-02 13:42:45.910798','2022-06-09 14:10:20.113358','I 2₁ 2₁ 2₁',66,66),
+(25,'2022-06-02 13:42:52.180035','2022-06-02 13:42:52.179792','P m m 2',66,66),
+(26,'2022-06-02 13:42:59.974257','2022-06-09 14:10:11.966317','P m c 2₁',66,66),
+(27,'2022-06-02 13:43:05.456433','2022-06-02 13:43:05.456137','P c c 2',66,66),
+(28,'2022-06-02 13:43:11.696305','2022-06-02 13:43:11.696046','P m a 2',66,66),
+(29,'2022-06-02 13:43:23.296801','2022-06-09 14:10:07.586656','P c a 2₁',66,66),
+(30,'2022-06-02 13:43:29.620377','2022-06-02 13:43:29.620070','P n c 2',66,66),
+(31,'2022-06-02 13:44:01.726967','2022-06-09 14:11:41.546577','P m n 2₁',66,66),
+(32,'2022-06-02 13:44:11.007396','2022-06-02 13:44:11.007174','P b a 2',66,66),
+(33,'2022-06-02 13:45:00.865353','2022-06-09 14:11:46.770528','P n a 2₁',66,66),
+(34,'2022-06-02 13:45:22.574358','2022-06-02 13:45:22.574149','P n n 2',66,66),
+(35,'2022-06-02 13:45:29.805324','2022-06-02 13:45:29.805108','C m m 2',66,66),
+(36,'2022-06-02 13:45:39.715359','2022-06-09 14:11:51.286801','C m c 2₁',66,66),
+(37,'2022-06-02 13:45:47.605905','2022-06-02 13:45:47.605669','C c c 2',66,66),
+(38,'2022-06-02 13:45:54.891154','2022-06-02 13:45:54.890931','A m m 2',66,66),
+(39,'2022-06-02 13:46:01.041881','2022-06-02 13:46:01.041655','A b m 2',66,66),
+(40,'2022-06-02 13:46:12.725439','2022-06-02 13:46:12.725212','A m a 2',66,66),
+(41,'2022-06-02 13:46:19.077192','2022-06-02 13:46:19.076951','A b a 2',66,66),
+(42,'2022-06-02 13:46:24.860270','2022-06-02 13:46:24.859933','F m m 2',66,66),
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+(1799,'2019-04-16 01:54:09.030765','2019-04-16 01:54:09.030813','C',1,2903,1,1),
+(1800,'2019-04-16 01:54:09.030901','2019-04-16 01:54:09.030947','atom_frac',1,2904,1,0),
+(1801,'2019-04-16 01:54:09.031030','2019-04-16 01:54:09.031079','C',1,2904,1,1),
+(1802,'2019-04-16 01:54:09.031208','2019-04-16 01:54:09.031247','atom_frac',1,2905,1,0),
+(1803,'2019-04-16 01:54:09.031327','2019-04-16 01:54:09.031357','C',1,2905,1,1),
+(1804,'2019-04-16 01:54:09.031456','2019-04-16 01:54:09.031540','atom_frac',1,2906,1,0),
+(1805,'2019-04-16 01:54:09.031636','2019-04-16 01:54:09.031667','C',1,2906,1,1),
+(1806,'2019-04-16 01:54:09.031745','2019-04-16 01:54:09.031775','atom_frac',1,2907,1,0),
+(1807,'2019-04-16 01:54:09.031872','2019-04-16 01:54:09.031906','C',1,2907,1,1),
+(1808,'2019-04-16 01:54:09.032003','2019-04-16 01:54:09.032037','atom_frac',1,2908,1,0),
+(1809,'2019-04-16 01:54:09.032114','2019-04-16 01:54:09.032145','C',1,2908,1,1),
+(1810,'2019-04-16 01:54:09.032220','2019-04-16 01:54:09.032252','atom_frac',1,2909,1,0),
+(1811,'2019-04-16 01:54:09.032349','2019-04-16 01:54:09.032380','N',1,2909,1,1),
+(1812,'2019-04-16 01:54:09.032531','2019-04-16 01:54:09.032570','atom_frac',1,2910,1,0),
+(1813,'2019-04-16 01:54:09.032668','2019-04-16 01:54:09.032734','C',1,2910,1,1),
+(1814,'2019-04-16 01:54:09.032826','2019-04-16 01:54:09.032856','atom_frac',1,2911,1,0),
+(1815,'2019-04-16 01:54:09.032933','2019-04-16 01:54:09.032964','C',1,2911,1,1),
+(1816,'2019-04-16 01:54:09.033058','2019-04-16 01:54:09.033092','atom_frac',1,2912,1,0),
+(1817,'2019-04-16 01:54:09.033188','2019-04-16 01:54:09.033221','C',1,2912,1,1),
+(1818,'2019-04-16 01:54:09.033302','2019-04-16 01:54:09.033333','atom_frac',1,2913,1,0),
+(1819,'2019-04-16 01:54:09.033428','2019-04-16 01:54:09.033461','C',1,2913,1,1),
+(1820,'2019-04-16 01:54:09.033596','2019-04-16 01:54:09.033651','atom_frac',1,2914,1,0),
+(1821,'2019-04-16 01:54:09.033748','2019-04-16 01:54:09.033784','C',1,2914,1,1),
+(1822,'2019-04-16 01:54:09.033878','2019-04-16 01:54:09.033912','atom_frac',1,2915,1,0),
+(1823,'2019-04-16 01:54:09.033991','2019-04-16 01:54:09.034021','C',1,2915,1,1),
+(1824,'2019-04-16 01:54:09.034116','2019-04-16 01:54:09.034149','atom_frac',1,2916,1,0),
+(1825,'2019-04-16 01:54:09.034246','2019-04-16 01:54:09.034282','C',1,2916,1,1),
+(1826,'2019-04-16 01:54:09.034360','2019-04-16 01:54:09.034390','atom_frac',1,2917,1,0),
+(1827,'2019-04-16 01:54:09.034469','2019-04-16 01:54:09.034541','C',1,2917,1,1),
+(1828,'2019-04-16 01:54:09.034642','2019-04-16 01:54:09.034678','atom_frac',1,2918,1,0),
+(1829,'2019-04-16 01:54:09.034756','2019-04-16 01:54:09.034787','N',1,2918,1,1),
+(1830,'2019-04-16 01:54:09.034895','2019-04-16 01:54:09.034929','atom_frac',1,2919,1,0),
+(1831,'2019-04-16 01:54:09.035027','2019-04-16 01:54:09.035058','C',1,2919,1,1),
+(1832,'2019-04-16 01:54:09.035135','2019-04-16 01:54:09.035174','atom_frac',1,2920,1,0),
+(1833,'2019-04-16 01:54:09.035263','2019-04-16 01:54:09.035295','C',1,2920,1,1),
+(1834,'2019-04-16 01:54:09.035372','2019-04-16 01:54:09.035402','atom_frac',1,2921,1,0),
+(1835,'2019-04-16 01:54:09.035510','2019-04-16 01:54:09.035550','C',1,2921,1,1),
+(1836,'2019-04-16 01:54:09.035671','2019-04-16 01:54:09.035705','atom_frac',1,2922,1,0),
+(1837,'2019-04-16 01:54:09.035782','2019-04-16 01:54:09.035812','C',1,2922,1,1),
+(1838,'2019-04-16 01:54:09.035910','2019-04-16 01:54:09.035941','atom_frac',1,2923,1,0),
+(1839,'2019-04-16 01:54:09.036040','2019-04-16 01:54:09.036087','C',1,2923,1,1),
+(1840,'2019-04-16 01:54:09.036167','2019-04-16 01:54:09.036198','atom_frac',1,2924,1,0),
+(1841,'2019-04-16 01:54:09.036274','2019-04-16 01:54:09.036323','C',1,2924,1,1),
+(1842,'2019-04-16 01:54:09.036404','2019-04-16 01:54:09.036435','atom_frac',1,2925,1,0),
+(1843,'2019-04-16 01:54:09.036865','2019-04-16 01:54:09.036948','C',1,2925,1,1),
+(1844,'2019-04-16 01:54:09.037143','2019-04-16 01:54:09.037279','atom_frac',1,2926,1,0),
+(1845,'2019-04-16 01:54:09.037436','2019-04-16 01:54:09.037518','C',1,2926,1,1),
+(58689,'2020-12-23 01:44:14.341430','2020-12-23 01:44:14.340959','a',47,980835,47,0),
+(58690,'2020-12-23 01:44:14.347404','2020-12-23 01:44:14.347059','b',47,980836,47,0),
+(58691,'2020-12-23 01:44:14.352579','2020-12-23 01:44:14.352216','c',47,980837,47,0),
+(58692,'2020-12-23 01:44:14.357786','2020-12-23 01:44:14.357420','α',47,980838,47,0),
+(58693,'2020-12-23 01:44:14.360994','2020-12-23 01:44:14.360625','β',47,980839,47,0),
+(58694,'2020-12-23 01:44:14.364156','2020-12-23 01:44:14.363785','γ',47,980840,47,0),
+(82067,'2023-05-19 20:21:38.067618','2023-05-19 20:21:38.067216','a',8,1595529,8,0),
+(82068,'2023-05-19 20:21:38.070301','2023-05-19 20:21:38.070110','b',8,1595530,8,0),
+(82069,'2023-05-19 20:21:38.072305','2023-05-19 20:21:38.072118','c',8,1595531,8,0),
+(82070,'2023-05-19 20:21:38.075110','2023-05-19 20:21:38.074793','α',8,1595532,8,0),
+(82071,'2023-05-19 20:21:38.077815','2023-05-19 20:21:38.077532','β',8,1595533,8,0),
+(82072,'2023-05-19 20:21:38.080050','2023-05-19 20:21:38.079814','γ',8,1595534,8,0);
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+  `id` int(11) NOT NULL AUTO_INCREMENT,
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+  `updated` datetime(6) NOT NULL,
+  `starting_materials` longtext NOT NULL,
+  `product` longtext NOT NULL,
+  `description` longtext NOT NULL,
+  `created_by_id` int(11) NOT NULL,
+  `dataset_id` int(11) NOT NULL,
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+  `system_id` int(11) NOT NULL,
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+  KEY `materials_synthesismethod_updated_by_id_b405c483_fk_auth_user_id` (`updated_by_id`),
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+  CONSTRAINT `materials_synthesism_dataset_id_e7e74039_fk_materials` FOREIGN KEY (`dataset_id`) REFERENCES `materials_dataset` (`id`),
+  CONSTRAINT `materials_synthesism_system_id_defe14ce_fk_materials` FOREIGN KEY (`system_id`) REFERENCES `materials_system` (`id`),
+  CONSTRAINT `materials_synthesismethod_created_by_id_48525349_fk_auth_user_id` FOREIGN KEY (`created_by_id`) REFERENCES `auth_user` (`id`),
+  CONSTRAINT `materials_synthesismethod_updated_by_id_b405c483_fk_auth_user_id` FOREIGN KEY (`updated_by_id`) REFERENCES `auth_user` (`id`)
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+(3,'2019-03-24 18:24:01.129227','2019-06-09 02:19:53.237113','Lead(II) acetate (Chemical Reagents, Sigma), concentrated aqueous HCl, CH3NH2 (40% soluble in water, Merck)','MAPbCl3 single crystal ~1mm, colorless','Precipitate polycrystalline MAPbCl3 from a halogenated acid solution using the method of [1]. Dissolve 1.88 g of lead(II) acetate in 40 ml concentrated to 37 wt% HCl aqueous solution warmed (~90 °C) in a water bath. Then add an excess of HCl to prevent the co-precipitation of PbCl2 in agreement with previous work [2], along with 0.45 g CH3NH2. Crystallize by cooling the solution from 90 °C to room temperature over 3 hours. Wash product with acetone and dry overnight at 100 °C in a vacuum oven. Obtain larger crystals via slow cooling from 90 to 50 °C over 3 days. Refer to Page 9299 Section 2.1 Synthesis; Figure 2.',1,129,1,1),
+(34,'2019-04-08 21:11:31.612304','2022-03-29 17:56:43.560470','lead (II) acetate, CH3NH3+ (by adding a 40% solution of CH3NH2 in water), concentrated HCl','Colorless MAPbCl3 crystals','CH3NH3PbCI3 was synthesized from lead (II) acetate and CH3NH3+ dissolved in concentrated HCl solution. The aqueous solution was cooled from l00°C to room temperature to obtain the colorless crystals.',1,167,75,1),
+(35,'2019-04-08 21:15:04.568843','2022-03-29 17:55:47.498911','lead (II) acetate, CH3NH3+ (by adding a 40% solution of CH3NH2 in water), concentrated HCl','Colorless MAPbCl3 crystals','CH3NH3PbCI3 was synthesized from lead (II) acetate and CH3NH3+ dissolved in concentrated HCl solution. The aqueous solution was cooled from l00°C to room temperature to obtain the colorless crystals.',1,168,75,1),
+(37,'2019-04-09 01:27:02.746213','2022-03-21 20:39:53.543863','Lead(II) acetate (Chemical Reagents, Sigma), concentrated aqueous HCl, CH3NH2 (40% soluble in water, Merck)','Colorless MAPbCl3 Single crystal ~1mm','Precipitate polycrystalline MAPbCl3 from a halogenated acid solution using the method of [1]. Dissolve 1.88 g of lead(II) acetate in 40 ml concentrated aquous HCl solution (37 wt%) warmed (~90 °C) in a water bath. Then add an excess of HCl to prevent the co-precipitation of PbCl2 in agreement with previous work [2], along with 0.45 g CH3NH2. Crystallize by cooling the solution from 90 °C to room temperature over 3 hours. Wash product with acetone and dry overnight at 100 °C in a vacuum oven. Obtain larger crystals via slow cooling from 90 to 50 °C over 3 days.',1,170,75,1),
+(39,'2019-04-09 01:48:04.150248','2022-03-29 21:01:19.811553','HCl, CH3NH2, PbCl2','MAPbCl3 Single-crystal','Primarily referenced the methods of [1] and [2]. The synthesis of MAPbBr3 in ref [2] was modified to prepare MAPbCl3.',1,172,75,1),
+(100,'2019-05-10 15:09:05.411991','2022-03-29 17:56:19.938246','lead (II) acetate, CH3NH3+ (by adding a 40% solution of CH3NH2 in water), concentrated HCl','Colorless MAPbCl3 crystals','CH3NH3PbCI3 was synthesized from lead (II) acetate and CH3NH3+ dissolved in concentrated HCl solution. The aqueous solution was cooled from l00°C to room temperature to obtain the colorless crystals.',1,166,75,1),
+(113,'2019-06-09 21:01:42.924921','2022-03-29 21:49:56.584075','HCl, CD3NH2, PbCl2','CD3NH3PbCl3 crystals','Primarily referenced the methods of [1] and [2]. The synthesis of MAPbBr3 in ref [2] was modified to prepare CD3NH3PbCl3.',1,434,75,1),
+(116,'2019-06-09 21:17:49.373037','2022-03-29 21:18:37.571298','HCl, CH3NH2, PbCl2','MAPbCl3 Single-crystal','Primarily referenced the methods of [1] and [2]. The synthesis of MAPbBr3 in ref [2] was modified to prepare MAPbCl3.',1,437,75,1),
+(119,'2019-06-09 22:01:17.228490','2022-03-29 22:13:17.059072','Not specified','MAPbCl3 single crystals','The procedure mentioned in ref [1] for MAPbBr3 was modified. A D2O-H2O mixture was used to prepare the N-deuterated samples.',1,440,75,1),
+(120,'2019-06-17 00:43:46.840989','2022-03-29 22:37:00.014600','Pb(CH3CO2)2, MACl','Colorless MAPbCl3 cube-shaped crystals of 1-2 mm from the edge','Add aqueous solution of Pb(CH3CO2)2 drop by drop to an excess quantity of hot aqueous MACl solution and cool slowly to 5 °C.',1,441,75,1),
+(125,'2019-06-18 15:41:21.495250','2022-03-29 17:55:06.539499','lead (II) acetate, CH3NH3+ (by adding a 40% solution of CH3NH2 in water), concentrated HCl','Colorless MAPbCl3 crystals','CH3NH3PbCI3 was synthesized from lead (II) acetate and CH3NH3+ dissolved in concentrated HCl solution. The aqueous solution was cooled from l00°C to room temperature to obtain the colorless crystals.',1,446,75,1),
+(152,'2019-07-08 02:20:50.360557','2019-07-08 02:20:50.360363','PbCl2, HCl, methanol, phenethylamine','Small block-like crystals to larger plate-like crystals','Layered solution approach.\r\n\r\nGrow crystals within a long, straight, glass tube (Refer to Fig. 1). First dissolve 1.0 mmol (0.278 g) of freshly sublimed PbCl2 (Aldrich; 99.999%) in 7.5 ml concentrated (37 wt %) aqueous HCl (Aldrich; 99.999%). Weigh and add PbCl2 to the tube in an argon-filled glove box, with oxygen and water levels maintained below 1 ppm. Cover the tube with a septum before removing the glove box and adding HCl with a syringe. \r\n\r\nCreate a second layer in the crystal tube by gently syringing 15 ml of methanol (Aldrich; anhydrous, 99.8%) on top of the HCl/PbCl2 solution. A relatively sharp interface can be created between the solvent layers due to density differences. On top of the column, add a stoichiometric amount (2 mmol or approximately 0.25 ml) of phenethylamine with a syringe. \r\n\r\nIn the experiment, the phenethylamine rapidly dispersed in the methanol but, because of the sharp interface with the HCl solution, formation of the final (C6H5C2H4NH3)2PbCl4 product was very slow. The crystals were isolated after approximately one year by removing the solvent with a syringe and drying the crystals under vacuum at room temperature and later stored in an argon glove box.',1,216,1,1),
+(161,'2019-07-14 18:09:33.840823','2022-03-30 20:50:11.207507','(PEA)2PbCl4 crystals, DMF, quartz substrates','Thin film on quartz','Dissolve the 2D single crystals into DMF at a concentration 6%∼10% relative to the total weight. Spin-coat at 3000 rpm for 30 s on quartz substrates. Anneal in air at 100 °C for 10 min before measurement.',1,377,75,1),
+(162,'2019-07-14 18:09:36.251617','2022-03-30 19:40:27.315226','(PEA)2PbCl4 crystals, DMF, quartz substrates','Thin film on quartz','Dissolve the 2D single crystals into DMF at a concentration 6%∼10% relative to the total weight. Spin-coat at 3000 rpm for 30 s on quartz substrates. Anneal in air at 100 °C for 10 min before measurement.',1,11,75,1),
+(472,'2020-05-17 16:06:16.742464','2022-03-30 21:17:05.265560','(PEA)2PbCl4 crystals, DMF, quartz substrates','Thin film on quartz','Dissolve the 2D single crystals into DMF at a concentration 6%∼10% relative to the total weight. Spin-coat at 3000 rpm for 30 s on quartz substrates. Anneal in air at 100 °C for 10 min before measurement.',1,869,75,1),
+(1111,'2020-12-23 01:44:14.335590','2022-09-17 14:09:56.395217','MACl (TCI, >98.0%), PbCl2 (Aldrich, 98.0%), dimethyl sulfoxide (DMSO) (Wako), and N, N-dimethylformamide (DMF) (Wako)','Single crystalline colorless MAPbCl3 with the size of several hundred micrometers','Optical trapping induced crystallization:\r\n1:1 MACl/PbCl2 (1.0 M) were dissolved in DMSO: DMF solvent mixture (1:1, v-v) to prepare the precursor solution. The solution was centrifuged at 10,000 r.p.m for 5 min; the supernatant was used for further experiments. \r\n10 μL of the supernatant solution was used to prepare a thin layer (100-200 um thickness) in a laboratory-built sample chamber. A near-infrared (NIR) laser (Spectron Laser System, λ = 1064 nm) was focused onto the solution surface through an objective lens at 60 times magnification (Olympus UPlanFLN with a numerical aperture of 0.90).',47,1793,101,1),
+(1235,'2021-10-26 20:50:46.743977','2022-03-30 21:37:23.865893','(PEA)2PbCl4 crystals, DMF, quartz substrates','Thin film on quartz','Dissolve the 2D single crystals into DMF at a concentration 6%∼10% relative to the total weight. Spin-coat at 3000 rpm for 30 s on quartz substrates. Anneal in air at 100 °C for 10 min before measurement.',66,1904,75,1),
+(1258,'2022-03-22 19:19:59.036198','2022-03-22 19:19:59.035883','Lead chloride (PbCl2, 99.999%, Alfa Aesar), methylammonium hydrochloride (CH3NH3Cl, 99%, Alfa Aesar), dimethylformamide (DMF) (C3H7NO, 99.5%, Merck KGaA), and dimethyl sulfoxide (DMSO) (C2H6OS, 99.7%, Sigma-Aldrich)','MAPbCl3 single crystals of size ~2.5 mm × 2 mm × 1 mm','0.2228 gm of CH3NH3Cl was dissolved in a 3.3 mL DMSO: DMF (1:1) solution using an ultrasonic bath for 10 minutes under an N2 atmosphere at room temperature. In 3 mL of the prepared CH3NH3Cl/DMSO:DMF (1:1) solution, 0.8343 g PbCl2 was added. The mixture was stirred for 20 min until the solution becomes transparent. The solution was filtered using PVDF filter. The filtrate was transferred in a vial and kept in an oil bath undisturbed at 50 °C for 6 ~8 h. After the formation of the crystals, they were dried with a nitrogen gun.',75,1942,75,1),
+(1259,'2022-03-22 19:35:15.458909','2022-03-22 19:35:15.458654','Lead chloride (PbCl2, 99.999%, Alfa Aesar), methylammonium hydrochloride (CH3NH3Cl, 99%, Alfa Aesar), dimethylformamide (DMF) (C3H7NO, 99.5%, Merck KGaA), and dimethyl sulfoxide (DMSO) (C2H6OS, 99.7%, Sigma-Aldrich)','MAPbCl3 single crystals of size ~2.5 mm × 2 mm × 1 mm','0.2228 gm of CH3NH3Cl was dissolved in a 3.3 mL DMSO: DMF (1:1) solution using an ultrasonic bath for 10 minutes under an N2 atmosphere at room temperature. In 3 mL of the prepared CH3NH3Cl/DMSO:DMF (1:1) solution, 0.8343 g PbCl2 was added. The mixture was stirred for 20 min until the solution becomes transparent. The solution was filtered using PVDF filter. The filtrate was transferred in a vial and kept in an oil bath undisturbed at 50 °C for 6 ~8 h. After the formation of the crystals, they were dried with a nitrogen gun.',75,1943,75,1),
+(1261,'2022-03-22 20:05:11.463596','2022-03-22 20:05:11.463353','Lead chloride (PbCl2, 99.999%, Alfa Aesar), methylammonium hydrochloride (CH3NH3Cl, 99%, Alfa Aesar), dimethylformamide (DMF) (C3H7NO, 99.5%, Merck KGaA), and dimethyl sulfoxide (DMSO) (C2H6OS, 99.7%, Sigma-Aldrich)','MAPbCl3 single crystals of size ~2.5 mm × 2 mm × 1 mm','0.2228 gm of CH3NH3Cl was dissolved in a 3.3 mL DMSO: DMF (1:1) solution using an ultrasonic bath for 10 minutes under an N2 atmosphere at room temperature. In 3 mL of the prepared CH3NH3Cl/DMSO:DMF (1:1) solution, 0.8343 g PbCl2 was added. The mixture was stirred for 20 min until the solution becomes transparent. The solution was filtered using PVDF filter. The filtrate was transferred in a vial and kept in an oil bath undisturbed at 50 °C for 6 ~8 h. After the formation of the crystals, they were dried with a nitrogen gun.',75,1945,75,1),
+(1704,'2023-05-19 20:21:38.045192','2023-05-19 20:21:38.044861','Presumably (by analogy with MAPbBr3 synthesis description in same reference): 40% aqueous CH3NH2 solution; concentrated HCl(aq); Pb(NO3)2 (aq; 0.021 molar)','colorless crystals','Adapted from synthesis description of CH3NH3PbBr3 as indicated by the author.\r\nNeutralize 20g of 40% aq. CH3NH2 solution with concentrated aq. HCl.\r\nAt 100 deg. C, add aq. (0.021 mol) solution of Pb(NO3)2 by slow dripping while stirring vigorously.\r\nCrystals begin to form while stirring.\r\nSolution is filtrated after cooling to room temperature. The crystals are washed with n-butanol and subsequently benzene and are finally dried in vacuum.\r\nNominal stoichiometry: C 3.47 wt.% H 1.75 wt.% N 4.05 wt.% Pb(II) 59.95 wt.% Cl 30.77 wt.%\r\nActual stoichiometry: C 3.17 wt.% H 1.63 wt.% N 3.71 wt.% Pb(II) 60.9 wt.% Cl 31.8 wt.%',8,2277,8,1),
+(1761,'2023-06-09 03:34:56.387203','2023-06-09 03:34:56.386960','PEACl salt, PbCl2 salt, stoichiometric ratio 2:1','spin-coated thin film','Starting materials dissolved in 4:1 DMF:DMSO solvent mixture, stirred for 30 min at room temperature. Substrate: Quartz substrate with 120 nm gold layer with inerdigitated fingers. Precursor solution (0.1-0.3 molar) pipetted onto substrate and spin-coated, 4000 rpm / 30 seconds, targeting film thicknesses 80-300 nm.',130,2334,130,1),
+(1762,'2023-06-09 03:36:15.554393','2023-06-09 03:36:15.554131','PEACl salt, PbCl2 salt, stoichiometric ratio 2:1','spin-coated thin film','Starting materials dissolved in 4:1 DMF:DMSO solvent mixture, stirred for 30 min at room temperature. Substrate: Quartz substrate with 120 nm gold layer with inerdigitated fingers. Precursor solution (0.1-0.3 molar) pipetted onto substrate and spin-coated, 4000 rpm / 30 seconds, targeting film thicknesses 80-300 nm.',130,2335,130,1),
+(1763,'2023-06-09 03:37:10.975026','2023-06-09 03:37:10.974773','PEACl salt, PbCl2 salt, stoichiometric ratio 2:1','spin-coated thin film','Starting materials dissolved in 4:1 DMF:DMSO solvent mixture, stirred for 30 min at room temperature. Substrate: Quartz substrate with 120 nm gold layer with inerdigitated fingers. Precursor solution (0.1-0.3 molar) pipetted onto substrate and spin-coated, 4000 rpm / 30 seconds, targeting film thicknesses 80-300 nm.',130,2336,130,1),
+(1785,'2023-07-27 02:03:35.677836','2023-07-27 02:03:35.677544','MACl salt, PbCl2 salt, stoichiometric ratio 2:1','spin-coated thin film','Starting materials dissolved in 4:1 DMF:DMSO solvent mixture, stirred for 30 min at room temperature. Substrate: Quartz substrate with 120 nm gold layer with interdigitated fingers. Precursor solution (0.1-0.3 molar) pipetted onto substrate and spin-coated, 4000 rpm / 30 seconds, targeting film thicknesses 80-300 nm.',130,2357,130,1),
+(1786,'2023-07-27 02:05:57.584168','2023-07-27 02:05:57.583937','MACl salt, PbCl2 salt, stoichiometric ratio 2:1','spin-coated thin film','Starting materials dissolved in 4:1 DMF:DMSO solvent mixture, stirred for 30 min at room temperature. Substrate: Quartz substrate with 120 nm gold layer with interdigitated fingers. Precursor solution (0.1-0.3 molar) pipetted onto substrate and spin-coated, 4000 rpm / 30 seconds, targeting film thicknesses 80-300 nm.',130,2358,130,1),
+(1787,'2023-07-27 02:07:46.597832','2023-07-27 02:07:46.597521','MACl salt, PbCl2 salt, stoichiometric ratio 2:1','spin-coated thin film','Starting materials dissolved in 4:1 DMF:DMSO solvent mixture, stirred for 30 min at room temperature. Substrate: Quartz substrate with 120 nm gold layer with interdigitated fingers. Precursor solution (0.1-0.3 molar) pipetted onto substrate and spin-coated, 4000 rpm / 30 seconds, targeting film thicknesses 80-300 nm.',130,2359,130,1);
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+  `last_update` date NOT NULL,
+  `description` longtext NOT NULL,
+  `iupac` varchar(500) NOT NULL,
+  `dimensionality` smallint(5) unsigned NOT NULL,
+  `n` varchar(50) NOT NULL,
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+--
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+
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+  `id` int(11) NOT NULL AUTO_INCREMENT,
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+) ENGINE=InnoDB AUTO_INCREMENT=3460 DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
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+(2887,'C:1,H:6,N:1,Pb:1,Cl:3',1),
+(2888,'C:16,H:24,N:2,Pb:1,Cl:4',2);
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+--
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+/*!40101 SET character_set_client = utf8 */;
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+  `id` int(11) NOT NULL AUTO_INCREMENT,
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+  CONSTRAINT `materials_system_tags_tag_id_a4cbc59e_fk_materials_tag_id` FOREIGN KEY (`tag_id`) REFERENCES `materials_tag` (`id`)
+) ENGINE=InnoDB AUTO_INCREMENT=9 DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
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+  `id` int(11) NOT NULL AUTO_INCREMENT,
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+) ENGINE=InnoDB AUTO_INCREMENT=3 DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
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+  `id` int(11) NOT NULL AUTO_INCREMENT,
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+) ENGINE=InnoDB AUTO_INCREMENT=48 DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
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+(2,'2019-02-21 16:16:23','2019-02-21 16:16:23','K',15,15),
+(3,'2019-02-21 16:16:26','2019-02-21 16:16:26','GPa',15,15),
+(4,'2019-03-14 18:56:12','2019-05-03 01:24:10','arbitrary unit',15,15),
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+(7,'2019-04-29 20:10:17','2019-04-29 20:10:17','ps',16,16),
+(8,'2019-04-29 20:10:22','2019-04-29 20:10:22','s',16,16),
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+(13,'2019-08-21 20:14:05','2019-08-21 20:14:05','a.u',22,22),
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+(17,'2020-05-03 21:41:49','2020-05-03 21:41:49','S•cm^{-1}',35,35),
+(18,'2020-05-15 05:47:31','2020-05-15 05:47:31','keV',35,35),
+(19,'2020-06-30 02:15:29','2020-06-30 02:15:29','ns',40,40),
+(20,'2020-07-01 19:05:37','2020-07-01 19:05:37','P/Po',47,47),
+(21,'2020-07-02 18:40:35','2020-07-02 18:40:35','ε',47,47),
+(22,'2020-07-04 15:11:55','2020-07-04 15:11:55','X (emu/mol)',47,47),
+(23,'2020-07-06 18:25:01','2020-07-06 18:25:01','nA',40,40),
+(24,'2020-07-06 18:25:31','2020-07-06 18:25:31','V',40,40),
+(25,'2020-07-09 18:55:38','2020-07-09 18:55:38','ohms-cm',40,40),
+(26,'2020-07-09 19:20:57','2020-07-09 19:20:57','ln(rho [ohms-cm])',40,40),
+(27,'2020-07-12 00:48:59','2020-07-12 00:48:59','cps',35,35),
+(28,'2020-07-12 01:59:47','2020-07-12 01:59:47','cm^{-2}',35,35),
+(29,'2020-07-13 04:57:02','2020-07-13 04:57:02','α/S',35,35),
+(30,'2020-07-13 14:38:17','2020-07-13 14:38:17','mA/cm2',47,47),
+(31,'2020-07-13 23:12:03','2020-07-13 23:12:03','mg',40,40),
+(32,'2020-07-28 02:23:20','2020-07-28 02:23:20','Ma',47,47),
+(33,'2020-07-31 04:15:40','2020-07-31 04:15:40','cm GW^{-1}',35,35),
+(34,'2020-07-31 04:36:08','2020-07-31 04:36:08','F/m',35,35),
+(35,'2020-07-31 04:37:23','2020-07-31 04:37:23','MHz',35,35),
+(36,'2020-12-22 07:06:13','2020-12-22 07:06:13','G',35,35),
+(37,'2020-12-22 08:07:38','2020-12-22 08:07:38','K^{-1}',35,35),
+(38,'2021-01-05 07:33:21','2021-01-05 07:33:21','counts',35,35),
+(39,'2021-03-08 03:58:26','2022-09-23 00:37:19','W/g',59,101),
+(40,'2021-03-08 05:27:35','2021-03-08 05:27:35','Weight loss',59,59),
+(41,'2021-03-08 05:27:47','2021-03-08 05:27:47','Weight loss [%]',59,59),
+(42,'2022-04-09 18:33:00','2022-04-09 18:33:00','O.D.',75,75),
+(43,'2022-04-19 17:32:47','2022-04-19 17:32:47','abs. units',75,75),
+(44,'2022-09-29 20:17:33','2022-09-29 20:17:33','k (wave vector)',101,101),
+(45,'2022-10-13 15:36:25','2022-10-13 15:36:25','mW',101,101),
+(46,'2022-11-22 15:05:28','2022-11-22 15:05:28','meV',101,101),
+(47,'2023-02-13 19:24:37','2023-02-13 19:24:37','uJ/cm2',20,20);
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